Rise of Christianity in Medieval Europe

Christianity started humbly as a Jewish sect in Roman-dominated Palestine, but it grew to become a continental and world religion in the middle ages. Certain qualities in Christianity were responsible for this radical outcome. First, Jesus’ message represented a radical departure from traditional religions at the time.Advertising We will write a custom essay sample on Rise of Christianity in Medieval Europe specifically for you for only $16.05 $11/page Learn More Furthermore, the early Church remained zealous about their calling to spread the message. Several social and cultural features attracted the Gentiles to the faith. However, this growth changed dramatically in the middle ages when the Roman Catholic Church took up political responsibilities. Jesus’ message was a ‘revolution’ during those ancient times. He claimed that he was the messiah. He added that he was the only way that Yahweh would restore the Israelites to their former glory (McManners 9). The Israelites had gone through numerous trails and tribulations. Jesus claimed that he would save them from these afflictions. They would realize their complete liberation through him. This was something that other notable Israelites had never claimed before. Furthermore, Jesus stated that he was the son of God and that he had come to die for other people’s sins. In the past, Israelites made atonement for their sin through animal sacrifices. However, when Jesus came, he claimed that he would save them from their sins through his death. He articulated this during the Passover feast in the temple. At the time, Jesus said that, through his death, he would do for Israel what they could not do for themselves. Jesus’ message was something akin to a revolution because it represented the presence of God among the Israelites. Before this, God had sent other messengers to deliver information to the Jews, but this time, it was God himself who was liv ing among the people. The Israelites believed that God manifested himself through the use of the Torah, divine wisdom, and the temple, but with Jesus’ entry, a different manifestation took effect. His work was also symptomatic of this very message. Jesus’ message was not the only thing that caused a lot of controversy among the Jewish population. The Jews and the Romans had numerous political, social and religious reasons why they opposed this man. They thought of him as a threat to the Roman Empire. During Jesus’ death, Pilate was Judea’s ruler; he felt responsible for the maintenance of peace in this area.Advertising Looking for essay on history? Let's see if we can help you! Get your first paper with 15% OFF Learn More Since the Jewish authorities wanted him dead, he felt obligated to obey their wishes in order to maintain peace. The Jewish leaders wanted to kill Jesus because he seemed to have contradicted the Ten Commandments. The first law states that the Israelites were to have no other gods other than Yahweh. The Sanhedrin had not listened to Jesus’ message well, so they assumed that he was blaspheming. The Israelites called Jesus the King of the Jews during his last years. This made the Sanhedrin jealous because he seemed more popular than they were. Furthermore, Jesus told the Jewish people that he would destroy the temple and build a new one. When the Jewish priests heard about this, they felt threatened because they realized that their authority would not be necessary. In order to preserve their position, they needed to eliminate this person who would invalidate them. Therefore, the Jewish leaders requested the Roman authorities to kill Jesus. After Christ’s death, the controversies did not end there; almost all quarters persecuted the early Christians. In certain instances, it was the Jews; in other scenarios, it was the Romans. The latter group had developed a distaste for Christianity owing to political and social reasons. In Romanic eyes, religion was not a separate entity from politics. They saw it as a way of preserving the sense of well being and order in the Roman Empire. Therefore, if another part of the empire tried to separate itself from the rest of the group, then this would spark hostility from the natives. They regarded Christianity as a serious threat to the unity of the Roman Empire. The Romans regarded Christians as antisocial because they had their own customs and practices. For instance, they spoke of the love feasts as well ‘drinking Jesus’ Blood’ and eating his body. These seemed like odd behaviors to the Romans who believed that the Jews were cannibals and immoral people. In fact, in the 2nd Century, the Romans accused Lyons martyrs of Oedipian intercourse and other orgies (Frend 7). One lawyer even stated that they had engaged in incestuous acts. Ignorance led to these misconceptions, but the Christian’s mysteriousness a lso contributed. The Roman Empire experienced some problems in the fifth Century. At this time, its people believed that they were in trouble because the gods were angry at them. They blamed Christians for making these continuous changes in their lives. The Romans called the Christians atheists because they had rejected the deities of the Roman Empire. The Romans always believed that delineation from the gods was a source of bad luck, and this took effect for many years to come. Despite the persecutions and horrific punishments, the Christian faith still spread so quickly. This occurred because Christianity was open to non Jews. In the beginning, the Christians tried to change the Jews, but it was only they after opening up to the rest of the world that they started expanding so quickly.Advertising We will write a custom essay sample on Rise of Christianity in Medieval Europe specifically for you for only $16.05 $11/page Learn More The Gentiles accounte d for the highest number of converts at the time. Nonetheless, these groups liked certain qualities found in Christianity. First, Christians disregarded the need to follow strict dietary laws or even practice male circumcision. Consequently, the Gentiles felt that they would fit into the group rather well. The most significant feature of Christianity that caused the Gentiles to consider it was its powerful message. Christians affirmed that they had come to bring salvation to the full human race. They did not care whether one was a servant or a master; all one needed was to believe in this God. At that time, society had various classes; consequently, the oppressed members felt that they would belong in this new faith. Christianity also grew quickly because it was not substantially different from pagan religions of the time. For example, the Egyptian goddess called Isis was quite similar to Mary because Mary was the mother of Jesus, who was also God. Christians chose to celebrate Jesu s’ birth on the 25th day of December rather than 6th January because the Christians at that time related to a pagan holiday. Many of them would join in the pagan celebrations even though they did not profess to their beliefs. Additionally, the Christians recognized the use of the rabbit and the egg during Easter. They borrowed this from another pagan practice. Contrary to Romanic expectations, the persecutions of Christians also contributed to the spread of Christianity. Instead of shunning this religion, many followers felt that it was quite honorable to die for what one believed in. Consequently, they embraced this possibility of death by claiming that it was a way of proving their worth before God. The church’s structure had a role to play in the development of the church. This organized structure contributed to further expansion of the religion. Lastly, Christianity grew quickly because of the missionaries involved in spreading the Gospel. In those early centuries, there was relative peace and stability. This aided the missionaries in their work because they could travel by sea to different corners of the world (McManners 44). The Church continued to grow, and started to become massive in the middle ages. However, because the church had taken on a political dimension, it started departing from the original teaching of the messiah. From as early as five hundred and ninety BC, the Roman Catholic Church declared the Pope as the servant of servants. Submission to the Pope was imperative for salvation. When one opposed the ruling of the Roman Catholic Church, then that person would be excommunicated. Furthermore, they claimed that one would lose one’s soul. The Church started loosing its belief in salvation by faith in Jesus.Advertising Looking for essay on history? Let's see if we can help you! Get your first paper with 15% OFF Learn More From 14C AD, the Roman Catholic Church disregarded Augustinian teachings and embraced the Pelagius teaching. One would gain salvation through submission to the church and external obedience. The concept of living a faith-based life was not significant. Issues of sainthood came up; they claimed that one could reach sinless perfection through continual reception of grace. If one had not reached this level of perfection upon death, then one would go to purgatory. Some individuals even started to worship the saints as they acted as mediators between man and God. However, this differed from Christ’s teaching because Christ talked about justification; He died in order to justify believers by faith rather than sanctify them. The clergy became extremely powerful at the time. In addition, the Church introduced indulgences where priests would offer their services for sale. For instance, when one committed incest, one would pay five goats. They even had prices for murder, burglary, and deceit. All these activities contradicted the message of free salvation and forgiveness of sin as taught by Christ. The Roman Church controlled philosophies, morals, education, politics and religion itself. The middle ages were a dark time for Christianity because the faithful forgot fundamental Christian doctrines. The Christian faith is one of the most resilient churches in the world. It started with Jesus’ rejection and death; thereafter, the Romans persecuted the early Christians. However, its unique message drew the Gentiles to the church and accounted for its quick spread. The middle ages epitomized the distortion of the Christian message through excessive corruption of Christian doctrines by the Roman Catholic Church. Works Cited Frend, WIlliam. â€Å"Persecution in the Early Church.† Christian history, 27.3(2000): 7 McManners, John. The Oxford Illustrated History of Christianity. Madrid: OUP, 1999. Print. This essay on Rise of Christianity in Medieval Europe was written and submitted by user Chaim Schmidt to help you with your own studies. You are free to use it for research and reference purposes in order to write your own paper; however, you must cite it accordingly. You can donate your paper here.

History of Photography and the Camera (Timeline)

History of Photography and the Camera (Timeline) Several important achievements and milestones dating back to the ancient Greeks have contributed to the development of cameras and photography.   Here is a brief time timeline of the various breakthroughs with a description of its importance.   5th-4th Centuries B.C. Chinese and Greek philosophers describe the basic principles of optics and the camera. 1664-1666 Isaac Newton discovers that white light is composed of different colors. 1727 Johann Heinrich Schulze discovered that silver nitrate darkened upon exposure to light. 1794 First Panorama opens, the forerunner of the movie house invented by Robert Barker. 1814 Joseph Niepce achieves first photographic image using  an early device for projecting real-life imagery called a  camera obscura. However, the image required eight hours of light exposure and later faded. 1837 Louis Daguerres first daguerreotype, an image that was fixed and did not fade and needed under thirty minutes of light exposure. 1840 First American patent issued in photography to Alexander Wolcott for his camera. 1841 William Henry Talbot patents the Calotype process,  the first negative-positive process making possible the first multiple copies. 1843 The first advertisement with a photograph is published in Philadelphia. 1851 Frederick Scott Archer invented the Collodion process  so that images required only two or three seconds of light exposure. 1859 Panoramic camera, called  the Sutton, is  patented. 1861 Oliver Wendell Holmes invents stereoscope viewer. 1865 Photographs and photographic negatives are added to protected works under copyright law. 1871 Richard Leach Maddox invented the gelatin dry plate silver bromide process, which means negatives no longer had to be developed immediately. 1880 Eastman Dry Plate Company is founded. 1884 George Eastman invents flexible, paper-based photographic film. 1888 Eastman patents Kodak roll-film camera. 1898 Reverend Hannibal Goodwin patents celluloid photographic film. 1900 First mass-marketed camera, called the Brownie, goes on sale. 1913/1914 First 35mm still camera is developed. 1927 General Electric invents the modern flash bulb. 1932 First light meter with photoelectric cell is  introduced. 1935 Eastman Kodak markets Kodachrome film. 1941 Eastman Kodak introduces Kodacolor negative film. 1942 Chester Carlson receives a patent for electric photography (xerography). 1948 Edwin Land launches and  markets the Polaroid camera. 1954 Eastman Kodak introduces high-speed Tri-X film. 1960 EGG develops extreme depth underwater camera for U.S. Navy. 1963 Polaroid introduces the instant color film. 1968 Photograph of the Earth is taken from the moon. The photograph, Earthrise, is considered one of  the most influential environmental photographs ever taken. 1973 Polaroid introduces one-step instant photography with the SX-70 camera. 1977 Pioneers  George Eastman and Edwin Land are  inducted into the National Inventors Hall of Fame. 1978 Konica introduces the first point-and-shoot autofocus camera. 1980 Sony demonstrates first consumer camcorder for capturing moving picture. 1984 Canon demonstrates first digital electronic still camera. 1985 Pixar introduces the digital imaging processor. 1990 Eastman Kodak announces Photo Compact Disc as a digital image storage medium. 1999 Kyocera Corporation introduces the VP-210 VisualPhone, the worlds first mobile phone with built-in camera for recording videos and still photos.

Lysistrata play Essay Example | Topics and Well Written Essays - 500 words

Lysistrata play - Essay Example Macleod made me love the play Lysistrata even more. This is a reaction paper to the play Lysistrata by â€Å"Naked Feet productions†. Hannah Tsapatoris MacLeod proved that she was not an amateur, but a respected director of Greek plays. As a founder and director at â€Å"Naked Feet productions†, she showed her prowess by bringing a team together with the aim of performing the play Lysistrata. Her experiences include performing, choreographing, writing, singing, directing and teaching art. The following are the characters in the play. Kalonike was played by Meryl Lynn Brown, Myrrhine played by Jill Lawrence, Lampito played by Eleonore Thomas, Isemenia played by Cathrene Mary Moroney, Kinesius played by William Crawford, Senator played by Daniel Tobin, Panny played by Lawrence Beck and lastly, Aristophanes played by Robert Zaller. The production featured hotchpotch of ages, costume, attire and acting styles that transformed the acting into a splendid experience. The director through the play exceptionally brought the themes of war and women’s role in society to light. Lili Beta, a renowned Greek performer who played as Lysistrata quantified this through investing enthusiasm and effort in her character. Rallying women to go against their men particularly in a chauvinistic society is quite a difficult task. The production incorporated adapting the play to suite modern times, and in my opinion, MacLeod did a good job on this. The first instance that demonstrated professionalism in the play Lysistrata directed by Macleod was Lysistrata’s accent. This was a clear depiction of Greek accent by Beta, and it intimately linked the play with the audience. In fact, the audiences were seen smiling when the scene called for Lysistrata’s conversation. The words that the audience could use to describe the play are experiences, which were both shocking and amusing. A clear demonstration of

Establish the topic from the paper Essay Example | Topics and Well Written Essays - 500 words

Establish the topic from the paper - Essay Example This reflects cowardice on the behalf of the chosen figures since no one has the courage to take responsibility for their actions. The author places a fraction of the blame on the media since they have the power to change the views and even desires of the masses. They go to the extent of digging up black patches from the history of the individuals who fall on their agenda of getting defamed, while the figures who are favored by them (for some reason) are linked with the hopes and happiness of the nation. The representatives of the parliament are equipped with the power to give their opinions on every matter that is raised in the respective decision making body. The author rightly raises the issue that the intellect and expertise of these individuals is naturally limited to a few fields of life. They might not be familiar with the technicalities of many fields of life but they are granted the right to make a decision about it. This threatens the stability and progress of the bodies fo r which the decision is being taken for. Matters are discussed as if they are a part of a game or race, whereas they should be dealt with productive discussions about the details and repercussions of the solution.

Heart of Darkness by Joseph Conrad. Marlows lie Essay

Heart of Darkness by Joseph Conrad. Marlows lie - Essay Example Marlow’s lie is in the focus of further discussion on the example of his interpretations of Kurtz’s phenomenon. He claims that he does not lie, though he confirms that there were three cases when he lied: the station manager, Kurtz and the Intended heard wrong things from Marlow (Stape, 2004). Marlow lies throughout the novel though contextual background of the novel differs greatly. He is thrown back and forth from savage customs identification and civilized behavior distinction. His further ideas and behavior are developed under conditions of blurred borders between noise of savage and civilization: â€Å"Yet despite Marlow’s insistence, all binary oppositions collapse in the course of his narrative: colonists prove to be conquerors, the gang of virtue is indistinguishable from the gang of greed, the illusions of women merely echo the illusions of men, and there is no clear distinction between lies and truth† (Kaplan 1997, p. 323). This way, Marlowâ€⠄¢s attitude to lie can be interpreted in these frames. Moreover, his acts of lying can be considered on three main backgrounds: his desire to preserve his own ideas about Kurtz, lie as an act of humanity and lie as a means of reality hindrance. Marlow’s lie: lie for what? Generally speaking, Marlow is a complicated and interesting character depicted in the novel. The author intentionally contrasts a human nature to black background. Maybe, Conrad’s intention was to show the darkness of human inner world and not the darkness of African continent: â€Å"The monstrous prevails and the human and artistic potential miscarries. There is a downward tug in Kurtz's involvement with the wilderness and he descends into a brute existence† (Billy 1997, p. 26). Madness dominates in the inner world of Kurtz. Kurtz reflects a dualistic human nature. Lights and darkness exist one by one. When darkness starts prevailing, then anarchy exists everywhere. A strange and dualistic na ture of human darkness can be defined as â€Å"something strange that derives its existence from the hinterland of man's mind, as if it had emerged from the abyss of prehuman ages, or from a superhuman world of contrasting light and darkness. It is a primordial experience which surpasses man's understanding and to which in his weakness he may easily succumb" (Boyle 1964, p. 160). Marlow should not be considered as a liar. He talked about darkness of London in Roman epoch. Romans conquered Britons and Conrad talked about the Belgians conquering Africans. Generally, Conrad intended to show an inner struggle of the self within his inner world. A personified symbolism (Bloom 1987, p. 34) of the ways human soul fights against duality and lie is shown by Conrad throughout the paper. Marlow’s lie is interpreted by Brown (2004) as follows: "Despite his [Marlow's] earlier avowal of a profound aversion to lying, Marlow has already admitted to sacrificing truth to expediency on three p revious occasions" (Brown 2000, p. 14). Still, Brown’s arguments are often criticized. It is necessary to discuss what is lying for Marlow in more details. A breakdown of Marlow's character could be seen when he lied to the Intended. Marlow wanted to give a wrong impression about what happened. Marlow’s intention to give a different representation of real facts to public about himself was seen from the very beginning of the novel, when he sat like Buddha. In that case he wanted to show that he takes nothing with him, but peace. Further wanderings and adventures of Marlow revealed real intentions of this character. Therefore, lying accompanies Marlow throughout the novel. In case when he needed more rivets for his boat, he asked the brickmaker about them but did it through lying.

Use of Protease Inhibitors as Insecticides

Use of Protease Inhibitors as Insecticides The Plagues of Egypt are a well-known to many, to send a message to the Pharaoh, the eighth of which saw Moses have God send was a plague of locusts to destroy crops. Luckily those were mere allegorical stories. What is true is that crop yields for ancient societies have always been plagued pests destroying crops. Even in modern times pests are a major issue for farmers. Effective modern delivery methods of insecticides to fight pests such as chemical sprays like the infamous roundup by Monsanto have proven to be effective, but face issues such as potential poisons lingering in the environment, insects acquiring resistance to them over time, not being very specific in their targets often killing everything they are sprayed on, and tend to be quite toxic. A more effective method has been the use of biological pesticides, where plants in question generate toxins required to fight insects specifically without being toxic. One methods of delivery that has shown promise has been to use pr oteinase inhibitors. Proteases are found in almost all organisms playing important roles in biological processes by breaking down proteins via hydrolytic reactions (Lin et al., 2017). If proteases are overexpressed in a cell it can lead to many proteins being degraded needlessly affecting cell function (Lin et al., 2017). As a result, proteases need to be properly controlled and one of the most efficient ways to do so is with protease inhibitors. When proteinase inhibitors (PIs) bind to digestive enzymes it causes them to become unreactive (Broadway and Duffey, 1986). The pancreas would then have to secrete additional proteinases itself to fight the inhibition from inhibitors so that normal digestion can occur and prevent re-absorption of protease-inhibitor enzyme complex (Broadway and Duffey, 1986). If this process is left unhindered it would lead to loss of essential amino acids which could have be used to build more proteases (Broadway and Duffey, 1986). This loss of amino acids results in an amino ac id deficiency that leads to growth, development and survival issues of the organism (Fatemeh and Bandani, 2011). What makes proteinase inhibitors attractive for controlling pests is that they are encoded by single genes and are effective over wide ranges of pests, making them more practical than methods that rely on inhibiting complex pathways with similar targets (Fatemeh and Bandani, 2011). A substantial amount of development has gone towards finding suitable proteinase inhibitors for plants to express. Insects have also been found to be adapting against the use of protease inhibitors, with some being able to overexpress gut proteases or create new enzymes that are harder to inhibit (Nath et al., 2015). This only shows that the study of proteinase inhibitors still has a long ways to go and will require much more study. Some of the techniques studied in recent years to deter pests include use of trypsin inhibitor against lepidopteran larvae and serine proteinase inhibitors against mosquitos. It was believed that a trypsin inhibitor that was expressed in the germinating seed of Dolichos biflorus would be effective the gut proteins of P. brassicae and S. littoralis. To test this theory researchers extracted the PI from germinating various seed samples then sterilizing seeds in ethanol and water and growing them, collecting the plant seeds from flowering plants at different time intervals and then grinded them up into fine powder and processed it with acetone to get a crude extract (Nath et al., 2015). Researchers were able to measure and extract the amount of trypsin inhibitor in each seed from the crude extract via centrifugation and found that the more days after germination when they extracted the trypsin inhibitor the less the seed had (Nath et al., 2015). This decline coincided with noted decreases in soluble protein activity in the seeds after germination which could be attributed to degradation of proteins including inhibitors and proteases during germination (Nath et al., 2015). To measure trypsin inhibitor effectiveness against gut proteases of organisms, researchers also dissected the midgut of P. brassicae and S. littoralis and centrifuged it to isolate for a source of trypsin, which they found (Nath et al., 2015). To measure activity of inhibitor against gut proteases, researchers measured optical density after mixing inhibitor and gut proteases together (Nath et al., 2015). It was found in this study that all trypsin inhibitors extracted from seeds exhibited inhibitory response against P. brassicae, researchers then took the sample (HPK4) that showed highest inhibitory action and tested it against proteases of S. littoralis, and found that it also exhibited inhibitory activity making it ideal an ideal candidate for an insecticide (Nath et al., 2015). To test inhibitor ability as an insecticide researchers used cabbage leaf discs coated in trypsin inhibitor extracted from HPK4 seeds as it had the highest activity, and fed it to newly hat ched larvae for 5 days (Nath et al., 2015). The experiment measured the amount of the leaf disc eaten and fecal matter produced from larvae over the 5 day period using different concentrations of trypsin inhibitor ranging from 0.025mg to 2.5mg (Nath et al., 2015).ÂÂ   It was found that P. brassicae larvae were sensitive to inhibitor as they showed mortality rate ranging from 10% to 80% (at 0.025mg and 2.5mg concentration respectively) after 5 days of feeding (Nath et al., 2015). Larval fecal matter was also noted to having 38% less gut trypsin and other soluble proteins compared to fecal matter in control samples, and with less of cabbage leaf being eaten in all samples compared to control due to massive dying off of larvae (Nath et al., 2015).ÂÂ   Larval death could be attributed to lack of essential amino acids in insects body due to trypsin inhibitor (Nath et al., 2015). Reduced soluble protein in fecal matter was attributed to less intestinal aberration and the fact th at much less of the leaf was eaten overall (Nath et al., 2015).ÂÂ   Similar results were found in complementary study regarding the effects on S. littoralis, with low survival rates, reduced larval mass, and decreased soluble protein concentration in fecal matter compared to control (Nath et al., 2015). Overall researchers were able to conclude that the PIs (trypsin inhibitor in this case) from various germinating seed strains were able to inhibit gut proteinases of many lepidopteran larvae such as P. brassicae and S. littoralis (Nath et al., 2015).ÂÂ   It is worth noting that while this experiment used PIs as a spray over plants, researchers indicate that this holds promising future for crops to express higher levels of proteinase inhibitors naturally to fight pest populations in a way without spraying toxic pesticides (Nath et al., 2015). Another tested method to fight pests was with serine proteinase inhibitors. Mosquitoes are a major vector of disease carrying with them malaria, west nile virus, and etc, mosquitoes are found around the world and it has been reaffirmed many times that the best way to control mosquitos is through controlling populations (Soares, Soares Torquato, Alves Lemos, Tanaka, 2013).ÂÂ   This topic has been studied extensively and is known that the majority of digestive enzymes for mosquitoes are serine proteases (Soares, Soares Torquato, Alves Lemos, Tanaka, 2013). For this experiment researchers looked into Ae. aegypti a mosquito strain which is found commonly around the world (Soares, Soares Torquato, Alves Lemos, Tanaka, 2013). It was determined that mosquito larvae would be the ideal target for this protease inhibitors because they are aquatic and feed constantly which would give inhibitors the greatest chance to succeed in killing them as they are in early development (Soares, Soar es Torquato, Alves Lemos, Tanaka, 2013). To determine which serine proteases were present in mosquito larvae researchers performed a kinetic assay of larval midgut proteins and determined that the gut extract was a host to trypsin-like, elastase-like, and chymotrypsin-like enzymatic activities (Soares, Soares Torquato, Alves Lemos, Tanaka, 2013). Researchers then used a phage display system to select an inhibitor for all of these digestive proteases, finding that HiTI a trypsin inhibitor from the horn fly would suffice because of successful detection for HiTI on an active M13 phage as it was fused to coat one of the coat proteins (Soares, Soares Torquato, Alves Lemos, Tanaka, 2013).ÂÂ   Researchers then created aÂÂ   combinatorial HiTI inhibitor library and tested for their ability to inhibit the serine proteases in mosquito larvae and their ability to inhibit the trypsin-like, chymotrypsin-like and elastase-like proteases (Soares, Soares Torquato, Alves Lemos, Tanaka, 2013). Amino acid analysis of phagemid DNA indicated that for HiTI, the largest area for variation occurred in the P1 position of the enzyme (Soares, Soares Torquato, Alves Lemos, Tanaka, 2013). This was important because it appeared this position determined the specificity of the HiTI inhibitor, as it was found that if a basic amino acid was present in P1 it would inhibit trypsin, while chymotrypsin would be inhibited if hydrophobic amino acids was present, and if small aliphatic amino acids are present then elastase would be inhibited (Soares, Soares Torquato, Alves Lemos, Tanaka, 2013). Among the library created mutants that would inhibit one of the three noted above were found with majority of clones not being proteases (Soares, Soares Torquato, Alves Lemos, Tanaka, 2013). Researchers then proceeded to purify and clone the HiTI variants into a plamids which experessed in P.pastoris (Soares, Soares Torquato, Alves Lemos, Tanaka, 2013).It was found that the wild type HiTI was able to inhibit the trypsin-like enzymes but not the remaining two (Soares, Soares Torquato, Alves Lemos, Tanaka, 2013). Researchers were able to find 3 mutants that inhibited trypsin-like enzymes but did not inhibit elastase-like and chymotrypsin-like enzymatic reactions, two variants were found to inhibit chymotrypsin with high selectivity for bovine chymotrypsin, one of which (T23) was also found to be an inhibitor for elastase-like proteases as well reaffirming the researchers belief in specific selection by inhibitors for different proteases (Soares, Soares Torquato, Alves Lemos, Tanaka, 2013). The results of this research are promising because this study provides a better understanding of mosquito gut enzymes and provides a framework for insecticide development based on protease inhibitors for mosquitos. In conclusion, it was found that proteinase inhibitors are a viable methods for controlling pests whether it is controlling mosquito populations by feeding larvae serine proteinase inhibitor or coating crops with trypsin inhibitors and feeding it to pests. Much of the work currently has been formed around determining which proteinase inhibitors would match well with their intended target. In order to expand the scope and make proteinases a functional insecticide it would seem more work needs to be done around delivery systems, whether it be as a chemical insecticide spray or genetically altering plants to overexpress proteinase inhibitors. Over time as this field becomes more developed we can be able to determine the effects of these inhibitors on humans. The concept has been proven and more work is needed to make them viable, proteinase inhibitors have a strong future and once the kinks have been worked out then there is no doubt they will be massively successful in increasing crop yields and fighting off pests. References Dantzger, M., Vasconcelos, I. M., Scorsato, V., Aparicio, R., Marangoni, S., Macedo, M. L. R. (2013). Bowman-Birk proteinase inhibitor from Clitoria fairchildiana seeds: Isolation, biochemical properties and insecticidal potential. Phytochemistry, 118(August), 224-235. http://doi.org/10.1016/j.phytochem.2015.08.013 Lin, H., Lin, X., Zhu, J., Yu, X.-Q., Xia, X., Yao, F., You, M. (2017). Characterization and expression profiling of serine protease inhibitors in the diamondback moth, Plutella xylostella (Lepidoptera: Plutellidae). BMC Genomics, 18(1), 162. http://doi.org/10.1186/s12864-017-3583-z Nath, A. K., Kumari, R., Sharma, S., Sharma, H. (2015). Biological activity of Dolichos biflorus L. trypsin inhibitor against lepidopteran insect pests. Indian Journal of Experimental Biology, 53(September), 594-599. Soares, T. S., Soares Torquato, R. J., Alves Lemos, F. J., Tanaka, A. S. (2013). Selective inhibitors of digestive enzymes from Aedes aegypti larvae identified by phage display. Insect Biochemistry and Molecular Biology, 43(1), 9-16. http://doi.org/10.1016/j.ibmb.2012.10.007 Broadway, R. M., Duffey, S. S. (1986). Plant proteinase inhibitors: Mechanism of action and effect on the growth and digestive physiology of larval Heliothis zea and Spodoptera exigua. Journal of Insect Physiology, 32(10), 827-833. http://doi.org/10.1016/0022-1910(86)90097-1 Saadati, F., Bandani, A. R. (2011). Effects of Serine Protease Inhibitors on Growth and Development and Digestive Serine Proteinases of the Sunn Pest, Eurygaster integriceps. Journal of Insect Science (Online), 11(72), 72. http://doi.org/10.1673/031.011.7201

Summary of Boyles Friendly Skies :: essays research papers

T. Coraghessan Boyle’s â€Å"Friendly Skies† is the story of Ellen, a woman who is trying to get to get to New York to be with her mom, but has trouble doing so due to several delays. First, the plane has mechanical problems, this is followed by a pilot claim that they have lost their slots for takeoff. When the plane finally leaves LAX, the engine catches on fire, so emergency landing is required. When back at the airport she is only able to get a non-direct flight that stops in Chicago. While on this flight, Ellen reminisces about heartbreaking details of her past, so she takes prescription medicine with alcohol to try and diminish her pain. Eventually, a nervous man who had annoyed Ellen for hours, threatens to kill everyone because he is not happy with the airline service. With her built up frustration, Ellen picks up a fork and stabs the man repeatedly, which helps in restraining him long enough to land in Denver. The central idea of the story is that even a calm a nd constrained person can have an irrational outburst of emotion if his/her feelings are repressed. The protagonist of the story is Ellen. Ellen is thirty-two years old, with limp blond hair and a plain face and whose eyes oozed sympathy. She is also a fifth-grade teacher who has recently left her job after having experienced the embarrassment of a public fight with her partner Roy in front of her colleagues. From the beginning of the story she is frightened, anxious, with head down and shoulders slumped, indicating she has a lot of pain and suffering kept inside her. Doctors have described her as anemic and depressive and she knows that that life she has led so far has contributed for that diagnosis. The protagonist is a dynamic character because although she starts as a person who keeps all her emotions to herself, in the end, she explodes and releases her frustration on Mr. Lercher, the passenger who tried to kill everyone on the airplane. Her change in attitude can be observed when the narrator describes, â€Å" All she knew was that she’d had enough, enough of Roy and this big, drunken testosterone-addled bully and the miserable, crimpled life that awaited her at her mother’s, and she came up out of her seat as if she’d been launched†¦Ã¢â‚¬  The main conflict is Ellen’s inner conflict and the effect that her repressed feelings have on her life and her attitudes.

Critical Analysis of Looking for Alibrandi and Swashbuckler Essay

Imagine, you are a 12-year-old boy, just about to make the transition from primary to high school, and your father is dying from cancer. Would you want to face the dragon or run away†¦? In everyone’s lives, there are challenges that alter peoples view on themselves and their world. This may or may not have positive outcomes, for one or two of the people involved, but we must all understand the consequences, whether good or bad, of changing perspectives. Josephine as a character in Kate Woods’ film â€Å"Looking for Alibrandi† highlights the ups and downs of being a teenage girl in turmoil, trying to find her own way in a community where she â€Å"doesn’t belong†, to find a positive outcome in what she feels is a world not made for people like her, especially with her Father trying to participate in her life again, when she has never really known him by anything other than name. See more: how to write a critical analysis essay step by step Similarly, in James Moloney’s short story â€Å"Swashbuckler†, after the protagonist, Anton’s father has cancer and he is fearful of â€Å"the dragonâ€Å" and refuses to visit his father, but towards the end of the story his friend makes him realise that his dad is not the dragon, the cancer is, and Anton’s father is the prince trapped in his cave, so Anton finally agrees to see his father in hospital, and watches him â€Å"wither away† In both of these texts, a range of visual and language techniques are used to present these changes in perspective to their audiences successfully. A change in perspective can be tough, but there is always some small light at the end of the tunnel. For Josie, her change in perspective towards her father, Michael Andretti, has a positive impact, as this changing relationship allows her to grow in her understanding of herself and her cultural identity. This change allows Josie to grow and mature, and realise that her father was not the monster she created him as when she was growing up, and display to the viewer how much she really needed her father in her life so she felt complete. Kate Woods creates the initial hatred of Michael Andretti through the use of diegetic sound as a plane flew over Nonna’s house when the small family were yelling at each other. This scene was a clear point about how much Josie resented her father for leaving her and her mother on their own, and because of all the horrible names she had been called her whole life because the schools she always went to were â€Å"all about what your father does for a living†. Josie’s catalyst for her change in perspective was when she broke Carly’s nose after getting sick of being called names. Michael showed her that he cared about her by taking time away from his work to â€Å"rescue† her from getting kicked out of school. Once she had accepted her father, Josie’s character was happier and more forgiving. Through the use of pleonastic music in the scene where Josie is staying for the weekend at her father’s house, and the repetition of the lyrics â€Å"in an unguarded moment† both highlight the raw happy emotion that she has finally come to terms with the fact that her father is in her life now. The meeting of two personalities is like the contact of 2 chemical substances: if there is a reaction, both are transformed. † – A quote from psychologist Carl Jung. James Moloney portrays this notion perfectly in his short story â€Å"Swashbuckler†. The narrator, peter, meets the protagonist Anton at the beginning of the story as he is being bullied by the thugs at their school, when Anton rescues peter from â€Å"imminent death† The use of a cliche â€Å"Ask not my name, but whether my cause be just. Highlights Anton’s attitude to life and wanting to help other people rather than face his own harsh troubles. Anton’s initiator for his change in perspective was when his newfound friend, peter, forced him to face the thought of his dad and the possibility of not having one anymore, and tries to persuade him to visit his dad. The use of confronting emotional language â€Å"†¦Ã¢â‚¬ it was your father. He was the dragon. † – Peter â€Å"Yes. Yes, yes, yes. My father’s turned into a dragon and I don’t know what to do about it. I’m so afraid and I’m ashamed that I’m afraid† – Anton† evokes a strong feeling of empathy towards the young boys, and their situations. When Peter finally convinces Anton that his father is a prince trapped in a dragon’s lair, and they go and visit him in the hospital. The use of thought-provoking emotional language† â€Å"But what’s going to happen†¦after? † –Anton† â€Å"you’ll manage Anton, I know you will† – Anton’s Father â€Å"what if I haven’t dad? How can I know whether I’m brave enough? – Anton â€Å"outlines Anton’s raw emotion and fear for his father no longer being in his life, and the fear of this being his last memory of his father, but also has the innocence of a child just wanting the â€Å"sickness† to â€Å"get better†. The notion that a difference in perception can either be a positive or negative transformati on is a very true statement. In both situations, positive and negative feelings are experiences on the long road of a change in perspective.

Intermediate Accounting Ch 8 Essays

Intermediate Accounting Ch 8 Essays Intermediate Accounting Ch 8 Paper Intermediate Accounting Ch 8 Paper CHAPTER 8 Valuation of Inventories: A Cost-Basis Approach ASSIGNMENT CLASSIFICATION TABLE (BY TOPIC) Topics 1. Inventory accounts; determining quantities, costs, and items to be included in inventory; the inventory equation; balance sheet disclosure. Perpetual vs. periodic. Recording of discounts. Inventory errors. Flow assumptions. 10, 11 7 12, 13, 16, 18, 20 4 5, 6, 7 Questions 1, 2, 3, 4, 5, 6, 8, 9 Brief Exercises 1, 3 Exercises 1, 2, 3, 4, 5, 6, 10 Problems 1, 2, 3 Concepts for Analysis 1, 2, 3, 5, 11 2. 3. 4. 5. 2 , 13, 14, 17 7, 8 2, 3, 4, 5, 10, 11, 12 13, 14, 15, 16, 17, 18, 19, 20, 21, 22 18 4, 5, 6 3 2 1, 4, 5, 6, 7 5, 6, 7, 8 4 6. 7. Inventory accounting changes. Dollar-value LIFO methods. 14, 15, 17, 18, 19 8, 9 7 1, 8, 9, 10, 11 6, 7, 10 8, 9 23, 24, 25, 26 8-1 ASSIGNMENT CLASSIFICATION TABLE (BY LEARNING OBJECTIVE) Learning Objectives 1. 2. 3. 4. 5. Identify major classifications of inventory. Distinguish between perpetual and periodic inventory systems. Identify the effects of inventory errors on the financial statements. Understand the items to include as inventory cost. Describe and compare the cost flow assumptions used to account for inventories. Explain the significance and use of a LIFO reserve. Understand the effect of LIFO liquidations. Explain the dollar-value LIFO method. Identify the major advantages and disadvantages of LIFO. Understand why companies select given inventory methods. 8, 9 22, 23, 24, 25, 26 1, 8, 9, 10, 11 Brief Exercises 1 2 4 1, 3 5, 6, 7 4, 9, 13, 16, 17, 18, 20 5, 10, 11, 12 1, 2, 3, 4, 5, 6, 7, 8 13, 14, 15, 16, 17, 18, 19, 20, 22 21 1, 2, 3 1, 4, 5, 6, 7 4, 5, 6 Exercises Problems 6. 7. 8. . 10. 8-2 ASSIGNMENT CHARACTERISTICS TABLE Level of Difficulty Moderate Moderate Simple Simple Moderate Simple Simple Simple Moderate Simple Simple Moderate Moderate Moderate Moderate Moderate Simple Simple Moderate Simple Moderate Moderate Simple Simple Moderate Moderate Moderate Moderate Simple Complex Complex Moderate Moderate Moderate Time (minutes) 15–20 10–15 10–15 10–15 15–20 10–20 10à ¢â‚¬â€œ15 20–25 15–25 10–15 10–15 15–20 15–20 20–25 15–20 15–20 10–15 15–20 15–20 10–15 10–15 25–30 5–10 15–20 20–25 15–20 30–40 25–35 20–25 40–55 40–55 25–35 30–40 30–40 Item E8-1 E8-2 E8-3 E8-4 E8-5 E8-6 E8-7 E8-8 E8-9 E8-10 E8-11 E8-12 E8-13 E8-14 E8-15 E8-16 E8-17 E8-18 E8-19 E8-20 E8-21 E8-22 E8-23 E8-24 E8-25 E8-26 P8-1 P8-2 P8-3 P8-4 P8-5 P8-6 P8-7 P8-8 Description Inventoriable costs. Inventoriable costs. Inventoriable costs. Inventoriable costs- perpetual. Inventoriable costs- error adjustments. Determining merchandise amounts- periodic. Purchases recorded net. Purchases recorded, gross method. Periodic versus perpetual entries. Inventory errors, periodic. Inventory errors. Inventory errors. FIFO and LIFO- periodic and perpetual. FIFO, LIFO and average cost determination. FIFO, LIFO, average cost inventory. Compute FIFO, LIFO, average cost- periodic. FIFO and LIFO; periodic and perpetual. FIFO and LIFO; income statement presentation. FIFO and LIFO effects. FIFO and LIFO- periodic. LIFO effect. Alternate inventory methods- comprehensive. Dollar-value LIFO. Dollar-value LIFO. Dollar-value LIFO. Dollar-value LIFO. Various inventory issues. Inventory adjustments. Purchases recorded gross and net. Compute FIFO, LIFO, and average cost- periodic and perpetual. Compute FIFO, LIFO, and average cost- periodic and perpetual. Compute FIFO, LIFO, and average cost- periodic and perpetual. Financial statement effects of FIFO and LIFO. Dollar-value LIFO. 8-3 ASSIGNMENT CHARACTERISTICS TABLE (Continued) Item P8-9 P8-10 P8-11 CA8-1 CA8-2 CA8-3 CA8-4 CA8-5 CA8-6 CA8-7 CA8-8 CA8-9 CA8-10 CA8-11 Description Internal indexes- dollar-value LIFO. Internal indexes- dollar-value LIFO. Dollar-value LIFO. Inventoriable costs. Inventoriable costs. Inventoriable costs. Accounting treatment of purchase discounts. General inventory issues. LIFO inventory advantages. Average cost, FIFO, and LIFO. LIFO application and advantages. Dollar-value LIFO issues. FIFO and LIFO. LIFO Choices- Ethical Issues Level of Difficulty Moderate Complex Moderate Moderate Moderate Moderate Simple Moderate Simple Simple Moderate Moderate Moderate Moderate Time (minutes) 25–35 30–35 40–50 15–20 15–25 25–35 15–25 20–25 15–20 15–20 25–30 25–30 30–35 20–25 8-4 ANSWERS TO QUESTIONS 1. In a retailing concern, inventory normally consists of only one category, that is the product awaiting resale. In a manufacturing enterprise, inventories consist of raw materials, work in process, and finished goods. Sometimes a manufacturing or factory supplies inventory account is also included. a) Inventories are unexpired costs and represent future benefits to the owner. A statement of financial position includes a listing of all unexpired costs (assets) at a specific point in time. Because inventories are assets owned at the specific point in time for which a statement of financ ial position is prepared, they must be included in order that the owners’ financial position will be presented fairly. (b) Beginning and ending inventories are included in the computation of net income only for the purpose of arriving at the cost of goods sold during the period of time covered by the statement. Goods included in the beginning inventory which are no longer on hand are expired costs to be matched against revenues earned during the period. Goods included in the ending inventory are unexpired costs to be carried forward to a future period, rather than expensed. 3. In a perpetual inventory system, data are available at any time on the quantity and dollar amount of each item of material or type of merchandise on hand. A physical inventory means that inventory is periodically counted (at least once a year) but that up-to-date records are not necessarily maintained. Discrepancies often occur between the physical count and the perpetual records because of clerical errors, theft, waste, misplacement of goods, etc. 4. No. Mariah Carey, Inc. should not report this amount on its balance sheet. As consignee, it does not own this merchandise and therefore it is inappropriate for it to recognize this merchandise as part of its inventory. Product financing arrangements are essentially off-balance-sheet financing devices. These arrangements make it appear that a company has sold its inventory or never taken title to it so they can keep loans off their balance sheet. A product financing arrangement should not be recorded as a sale. Rather, the inventory and related liability should be reported on the balance sheet. (a) (b) (c) (d) (e) (f) Inventory. Not shown, possibly in a note to the financial statements if material. Inventory. Inventory, separately disclosed as raw materials. Not shown, possibly a note to the financial statements. Inventory or manufacturing supplies. 2. 5. 6. 7. This omission would have no effect upon the net income for the year, since the purchases and the ending inventory are understated in the same amount. With respect to financial position, both the inventory and the accounts payable would be understated. Materiality would be a factor in determining whether an adjustment for this item should be made as omission of a large item would distort the amount of current assets and the amount of current liabilities. It, therefore, might influence the current ratio to a considerable extent. Cost, which has been defined generally as the price paid or consideration given to acquire an asset, is the primary basis for accounting for inventories. As applied to inventories, cost means the sum of the applicable expenditures and charges directly or indirectly incurred in bringing an article to its existing condition and location. These applicable expenditures and charges include all acquisition and production costs but exclude all selling expenses and that portion of general and administrative expenses not clearly related to production. Freight charges applicable to the product are considered a cost of the goods. 8-5 8. Questions Chapter 8 (Continued) 9. By their nature, product costs â€Å"attach† to the inventory and are recorded in the inventory account. These costs are directly connected with the bringing of goods to the place of business of the buyer and converting such goods to a salable condition. Such charges would include freight charges on goods purchased, other direct costs of acquisition, and labor and other production costs incurred in processing the goods up to the time of sale. Period costs are not considered to be directly related to the acquisition or production of goods and therefore are not considered to be a part of inventories. Conceptually, these expenses are as much a cost of the product as the initial purchase price and related freight charges attached to the product. While selling expenses are generally considered as more directly related to the cost of goods sold than to the unsold inventory, in most cases, though, the costs, especially administrative expenses, are so unrelated or indirectly related to the immediate production process that any allocation is purely arbitrary. Interest costs are considered a cost of financing and are generally expensed as incurred, when related to getting inventories ready for sale. 10. Cash discounts (purchase discounts) should not be accounted for as financial income when payments are made. Income should be recognized when the earning process is complete (when the company sells the inventory). Furthermore, a company does not earn revenue from purchasing goods. Cash discounts should be considered as a reduction in the cost of the items purchased. 11. $100. 00, $105. 00, $103. 00. (Transportation-In not included for discount. ) 12. Arguments for the specific identification method are as follows: (1) It provides an accurate and ideal matching of costs and revenues because the cost is specifically identified with the sales price. 2) The method is realistic and objective since it adheres to the actual physical flow of goods rather than an artificial flow of costs. (3) Inventory is valued at actual cost instead of an assumed cost. Arguments against the specific identification method include the following: (1) (2) (3) (4) The cost of using it restricts its use to goods of high unit value. The method is impractical for manufacturing processes or cases in which units are comming led and identity lost. It allows an artificial determination of income by permitting arbitrary selection of the items to be sold from a homogeneous group. It may not be a meaningful method of assigning costs in periods of changing price levels. 13. The first-in, first-out method approximates the specific identification method when the physical flow of goods is on a FIFO basis. When the goods are subject to spoilage or deterioration, FIFO is particularly appropriate. In comparison to the specific identification method, an attractive aspect of FIFO is the elimination of the danger of artificial determination of income by the selection of advantageously priced items to be sold. The basic assumption is that costs should be charged in the order in which they are incurred. As a result, the inventories are stated at the latest costs. Where the inventory is consumed and valued in the FIFO manner, there is no accounting recognition of 8-6 Questions Chapter 8 (Continued) unrealized gain or loss. A criticism of the FIFO method is that it maximizes the effects of price fluctuations upon reported income because current revenue is matched with the oldest costs which are probably least similar to current replacement costs. On the other hand, this method produces a balance sheet value for the asset close to current replacement costs. It is claimed that FIFO is deceptive when used in a period of rising prices because the reported income is not fully available since a part of it must be used to replace inventory at higher cost. The results achieved by the weighted average method resemble those of the specific identification method where items are chosen at random or there is a rapid inventory turnover. Compared with the specific identification method, the weighted average method has the advantage that the goods need not be individually identified; therefore accounting is not so costly and the method can be applied to fungible goods. The weighted average method is also appropriate when there is no marked trend in price changes. In opposition, it is argued that the method is illogical. Since it assumes that all sales are made proportionally from all purchases and that inventories will always include units from the first purchases, it is argued that the method is illogical because it is contrary to the chronological flow of goods. In addition, in periods of price changes there is a lag between current costs and costs assigned to income or to the valuation of inventories. If it is assumed that actual cost is the appropriate method of valuing inventories, last-in, first-out is not theoretically correct. In general, LIFO is directly adverse to the specific identification method because the goods are not valued in accordance with their usual physical flow. An exception is the application of LIFO to piled coal or ores which are more or less consumed in a LIFO manner. Proponents argue that LIFO provides a better matching of current costs and revenues. During periods of sharp price movements, LIFO has a stabilizing effect upon reported income figures because it eliminates paper income and losses on inventory and smooths the impact of income taxes. LIFO opponents object to the method principally because the inventory valuation reported in the balance sheet could be seriously misleading. The profit figures can be artificially influenced by management through contracting or expanding inventory quantities. Temporary involuntary depletion of LIFO inventories would distort current income by the previously unrecognized price gains or losses applicable to the inventory reduction. 14. A company may obtain a price index from an outside source (external index)- the government, a trade association, an exchange- or by computing its own index (internal index) using the double extension method. Under the double extension method the ending inventory is priced at both base-year costs and at current-year costs, with the total current cost divided by the total base cost to obtain the current year index. 15. Under the double extension method, LIFO inventory is priced at both base-year costs and currentyear costs. The total current-year cost of the inventory is divided by the total base-year cost to obtain the current-year index. The index for the LIFO pool consisting of product A and product B is computed as follows: Base-Year Cost Product Units Unit Total A 25,500 $10. 20 $260,100 B 10,350 $37. 00 382,950 December 31, 2007 inventory $643,050 Current-Year Cost Base-Year Cost = $956,460 $643,050 Current-Year Cost Unit Total $19. 00 $484,500 $45. 60 471,960 $956,460 = 148. 74, index at 12/31/07. 8-7 Questions Chapter 8 (Continued) 16. The LIFO method results in a smaller net income because later costs, which are higher than earlier costs, are matched against revenue. Conversely, in a period of falling prices, the LIFO method would result in a higher net income because later costs in this case would be lower than earlier costs, and these later costs would be matched against revenue. 17. The dollar-value method uses dollars instead of units to measure increments, or reductions in a LIFO inventory. After converting the closing inventory to the same price level as the opening inventory, the increases in inventories, priced at base-year costs, is converted to the current price level and added to the opening inventory. Any decrease is subtracted at base-year costs to determine the ending inventory. The rincipal advantage is that it requires less record-keeping. It is not necessary to keep records nor make calculations of opening and closing quantities of individual items. Also, the use of a base inventory amount gives greater flexibility in the makeup of the base and eliminates many detailed calculations. The unit LIFO inventory costing method is appli ed to each type of item in an inventory. Any type of item removed from the inventory base (e. g. , magnets) and replaced by another type (e. g. , coils) will cause the old cost (magnets) to be removed from the base and to be replaced by the more current cost of the other item (coils). The dollar-value LIFO costing method treats the inventory base as being composed of a base of cost in dollars rather than of units. Therefore a change in the composition of the inventory (less magnets and more coils) will not change the cost of inventory base so long as the amount of the inventory stated in base-year dollars does not change. 18. (a) LIFO layer- a LIFO layer (increment) is formed when the ending inventory at base-year prices exceeds the beginning inventory at base-year prices. (b) LIFO reserve- the difference between the inventory method used for internal purposes and LIFO. c) LIFO effect- the change in the LIFO reserve (Allowance to Reduce Inventory to LIFO) from one period to the next. 19. December 31, 2007 inventory at December 31, 2006 prices, $1,026,000 ? 1. 08 Less: Inventory, December 31, 2006 Increment added during 2007 at base prices Increment added during 2007 at December 31, 2007 prices, $150,000 X 1. 08 Add: Inventory at December 31, 2006 Inventory, Decemb er 31, 2007, under dollar-value LIFO method $950,000 800,000 $150,000 $162,000 800,000 $962,000 20. Phantom inventory profits occur when the inventory costs matched against sales are less than the replacement cost of the inventory. The costs of goods sold therefore is understated and profit is considered overstated. Phantom profits are said to occur when FIFO is used during periods of rising prices. High inventory profits through involuntary liquidation occur if a company is forced to reduce its LIFO base or layers. If the base or layers of old costs are eliminated, strange results can occur because old, irrelevant costs can be matched against current revenues. A distortion in reported income for a given period may result, as well as consequences that are detrimental from an income tax point of view. -8 SOLUTIONS TO BRIEF EXERCISES BRIEF EXERCISE 8-1 Billie Joel Company Balance Sheet (Partial) December 31 Current assets Cash Receivables (net) Inventories Finished goods Work in process.. Raw materials Prepaid insurance . Total current assets. $150,000 200,000 335,000 685,000 41,000 $1,316,000 $ 190,000 400,000 BRIEF EXERCISE 8-2 Inventory (150 X $30). Accounts Payable.. Accounts Payable (6 X $30) Inventory. Accounts Receivable (125 X $50).. Sales Cost of Goods Sold (125 X $30).. Inventory. 8-9 4,500 4,500 180 180 6,250 6,250 3,750 3,750 BRIEF EXERCISE 8-3 December 31 inventory per physical count Goods-in-transit purchased FOB shipping point Goods-in-transit sold FOB destination December 31 inventory $200,000 15,000 22,000 $237,000 BRIEF EXERCISE 8-4 Cost of goods sold as reported Overstatement of 12/31/06 inventory Overstatement of 12/31/07 inventory Corrected cost of goods sold 12/31/07 retained earnings as reported Overstatement of 12/31/07 inventory Corrected 12/31/07 retained earnings $1,400,000 (110,000) 45,000 $1,335,000 $5,200,000 (45,000) $5,155,000 BRIEF EXERCISE 8-5 $11,850 1,000 Weighted average cost per unit Ending inventory 300 X $11. 85 = Cost of goods available for sale Deduct ending inventory Cost of goods sold (700 X $11. 85) = $11. 85 $3,555 $11,850 3,555 $ 8,295 8-10 BRIEF EXERCISE 8-6 Ending inventory (April 23) 300 X $13 = $3,900 $11,850 3,900 $ 7,950 Cost of goods available for sale Deduct ending inventory Cost of goods sold BRIEF EXERCISE 8-7 April 1 April 15 Ending inventory Cost of goods available for sale Deduct ending inventory Cost of goods sold 250 X $10 = 50 X $12 = $2,500 600 $3,100 $11,850 3,100 $ 8,750 BRIEF EXERCISE 8-8 2005 2006 $123,200 ? 1. 10 = $112,000 $100,000 X 1. 00 $12,000* X 1. 10 *$112,000 – $100,000 2007 $134,560 ? 1. 16 = $116,000 $100,000 X 1. 00 $12,000 X 1. 10 $4,000** X 1. 16 **$116,000 – $112,000 8-11 $100,000 $100,000 13,200 $113,200 $100,000 13,200 4,640 $117,840 BRIEF EXERCISE 8-9 2006 inventory at base amount ($21,708 ? 1. 08) 2005 inventory at base amount Increase in base inventory 2006 inventory under LIFO Layer one Layer two $19,750 X 1. 00 $ 350 X 1. 08 $19,750 378 $20,128 2007 inventory at base amount ($25,935 ? 1. 14) 2006 inventory at base amount Increase in base inventory 2007 inventory under LIFO Layer one Layer two Layer three $19,750 X 1. 00 $ 350 X 1. 08 $ 2,650 X 1. 14 $19,750 378 3,021 $23,149 $22,750 20,100 $ 2,650 $20,100 (19,750) $ 350 8-12 SOLUTIONS TO EXERCISES EXERCISE 8-1 (15–20 minutes) Items 1, 3, 5, 8, 11, 13, 14, 16, and 17 would be reported as inventory in the financial statements. The following items would not be reported as inventory: 2. Cost of goods sold in the income statement. 4. Not reported in the financial statements. 6. Cost of goods sold in the income statement. 7. Cost of goods sold in the income statement. 9. Interest expense in the income statement. 10. Advertising expense in the income statement. 12. Office supplies in the current assets section of the balance sheet. 15. Not reported in the financial statements. 18. Short-term investments in the current asset section of the balance sheet. EXERCISE 8-2 (10–15 minutes) Inventory per physical count Goods in transit to customer, f. . b. destination Goods in transit from vendor, f. o. b. seller Inventory to be reported on balance sheet $441,000 + 38,000 + 51,000 $530,000 The consigned goods of $61,000 are not owned by Jose Oliva and were properly excluded. The goods in transit to a customer of $46,000, shipped f. o. b. shipping point, are properly excluded from the inventory because the title to the goods passed when they left the seller (Oliva) and th erefore a sale and related cost of goods sold should be recorded in 2007. The goods in transit from a vendor of $83,000, shipped f. o. b. estination, are properly excluded from the inventory because the title to the goods does not pass to Oliva until the buyer (Oliva) receives them. 8-13 EXERCISE 8-3 (10–15 minutes) 1. 2. 3. Include. Merchandise passes to customer only when it is shipped. Do not include. Title did not pass until January 3. Include in inventory. Product belonged to Harlowe Inc. at December 31, 2007. 4. Include in inventory. Under invoice terms, title passed when goods were shipped. Do not include. Goods received on consignment remain the property of the consignor. 5. EXERCISE 8-4 (10–15 minutes) 1. Raw Materials Inventory .. Accounts Payable 2. Raw Materials Inventory .. Accounts Payable No adjustment necessary. Accounts Payable .. Raw Materials Inventory. 5. Raw Materials Inventory .. Accounts Payable 19,800 19,800 7,500 7,500 28,000 28,000 8,100 8,100 3. 4. 8-14 EXERCISE 8-5 (15–20 minutes) (a) Inventory December 31, 2007 (unadjusted) Transaction 2 Transaction 3 Transaction 4 Transaction 5 Transaction 6 Transaction 7 Transaction 8 Inventory December 31, 2007 (adjusted) (b) Transaction 3 Sales.. Accounts Receivable .. (To reverse sale entry in 2007) Transaction 4 Purchases (Inventory) .. Accounts Payable .. (To record purchase of merchandise in 2007) Transaction 8 Sales Returns and Allowances. Accounts Receivable .. 2,600 2,600 15,630 15,630 $234,890 13,420 -0-08,540 (10,438) (10,520) 1,500 $237,392 12,800 12,800 8-15 EXERCISE 8-6 (10–20 minutes) 2005 Sales Sales Returns Net Sales Beginning Inventory Ending Inventory Purchases Purchase Returns and Allowances Transportation-in Cost of Good Sold Gross Profit $290,000 11,000 279,000 20,000 32,000* 242,000 5,000 8,000 233,000 46,000 2006 $360,000 13,000 347,000 32,000 37,000 260,000 8,000 9,000 256,000 91,000 2007 $410,000 20,000 390,000 37,000** 44,000 298,000 10,000 12,000 293,000 97,000 *This was given as the beginning inventory for 2006. *This was calculated as the ending inventory for 2006. EXERCISE 8-7 (10–15 minutes) (a) May 10 Purchases Accounts Payable .. ($15,000 X . 98) May 11 Purchases Accounts Payable .. ($13,200 X . 99) May 19 Accounts Payable. Cash. May 24 Purchases Accounts Payable ($11,500 X . 98). 8-16 14,700 14,700 13,068 13,068 14,700 14,700 11,270 11,270 EXERCISE 8-7 (Continued) (b) May 31 Purchase Discounts Lost . Accounts Payable ($13,200 X . 01) .. (Discount lost on purchase of May 11, $13,200, terms 1/15, n/30) EXERCISE 8-8 (a) Feb. 1 Inventory [$10,800 – ($10,800 X 10%)].. Accounts Payable.. Feb. 4 Accounts Payable [$2,500 – ($2,500 X 10%)] .. Inventory. Feb. 13 Accounts Payable ($9,720 – $2,250) .. Inventory (3% X $7,470) Cash (b) Feb. 1 Purchases [$10,800 – ($10,800 X 10%)] .. Accounts Payable.. Accounts Payable [$2,500 – ($2,500 X 10%)] Purchase Returns and Allowances Feb. 13 Accounts Payable ($9,720 – $2,250) .. Purchase Discounts (3% X $7,470). Cash 8-17 132 132 9,720 9,720 2,250 2,250 7,470 224. 10 7,245. 90 9,720 9,720 Feb. 4 2,250 2,250 7,470 224. 10 7,245. 90 EXERCISE 8-8 (Continued) (c) Purchase price (list) Less: Trade discount (10% X $10,800) Price on which cash discount based Less: Cash discount (3% X $9,720) Net price EXERCISE 8-9 (15–25 minutes) (a) Jan. 4 Accounts Receivable. Sales (80 X $8) Jan. 11 Purchases ($150 X $6).. Accounts Payable .. Accounts Receivable. Sales (120 X $8. 75). Jan. 20 Purchases (160 X $7) . Accounts Payable .. Accounts Receivable. Sales (100 X $9) Jan. 31 Inventory ($7 X 110) Cost of Goods Sold. Purchases ($900 + $1,120) . Inventory (100 X $5).. *($500 + $2,020 – $770) 770 1,750* 2,020 500 1,120 1,120 900 900 900 900 1,050 1,050 640 640 $10,800 1,080 9,720 291. 60 $ 9,428. 40 Jan. 13 Jan. 27 8-18 EXERCISE 8-9 (Continued) (b) Sales ($640 + $1,050 + $900) Cost of goods sold Gross profit Jan. 4 $2,590 1,750 $ 840 640 640 400 400 900 900 1,050 1,050 700 700 1,120 1,120 900 900 650 650 (c) Accounts Receivable .. Sales (80 X $8) . Cost of Goods Sold .. Inventory (80 X $5) .. Jan. 11 Inventory . Accounts Payable (150 X $6) Accounts Receivable .. Sales (120 X $8. 75) .. Cost of Goods Sold .. Inventory ([(20 X $5) + (100 X $6)] Jan. 13 Jan. 20 Inventory . Accounts Payable (160 X $7) . Accounts Receivable . Sales (100 X $9).. Cost of Goods Sold .. Inventory [(50 X $6) + (50 X $7)] .. Jan. 27 (d) Sales Cost of goods sold ($400 + $700 +$650) Gross profit 8-19 $2,590 1,750 $ 840 EXERCISE 8-10 (10–15 minutes) Current Year Overstated Overstated Overstated Overstated No effect Overstated* No effect No effect Overstated Overstated Overstated Overstated Subsequent Year No effect No effect No effect Understated No effect No effect No effect No effect No effect No effect No effect Understated . Working capital Current ratio Retained earnings Net income Working capital Current ratio Retained earnings Net income Working capital Current ratio Retained earnings Net income 2. 3. *Assume that the correct current ratio is greater than one. EXERCISE 8-11 (10–15 minutes) (a) $370,000 = 1. 85 to 1 $200,000 $370,000 + $22,000 – $13,000 + $3,000 $382,000 = = 2. 06 to 1 $200,000 – $15,000 $185,000 Adjust Income Increase (Decrease) $22,000 15,000 (13,000) (b) (c) 1. 2. 3. 4. Event Understatement of ending inventory Overstatement of purchases Overstatement of ending inventory Overstatement of advertising expense; understatement of cost of goods sold Effect of Error Decreases net income Decreases net income Increases net income 0 $24,000 8-20 EXERCISE 8-12 (15–20 minutes) Errors in Inventories Net Income Year 2002 2003 2004 2005 2006 2007 Per Books $ 50,000 52,000 54,000 56,000 58,000 60,000 $330,000 2,000 8,000 $3,000 9,000 $11,000 2,000 Add Overstatement Jan. 1 Deduct Understatement Jan. 1 Deduct OverstateAdd UnderstateCorrected Net Income $ 47,000 46,000 $11,000 74,000 45,000 60,000 50,000 $322,000 ent Dec. 31 ment Dec. 31 $3,000 9,000 EXERCISE 8-13 (15–20 minutes) (a) (1) Cost of Goods Sold LIFO 500 @ $13 = 500 @ $12 = $ 6,500 6,000 $12,500 $ 3,000 8,400 $11,400 Ending Inventory 300 @ $10 = 300 @ $12 = $3,000 3,600 $6,600 $6,500 1,200 $7,700 (2) FIFO 300 @ $10 = 700 @ $12 = 500 @ $13 = 100 @ $12 = (b) LIFO 100 @ $10 = 300 @ $12 = 200 @ $1 3 = $ 1,000 3,600 2,600 $ 7,200 8-21 EXERCISE 8-13 (Continued) (c) Sales Cost of Goods Sold Gross Profit (FIFO) $25,400 = ($24 X 200) + ($25 X 500) + ($27 X 300) 11,400 $14,000 Note: FIFO periodic and FIFO perpetual provide the same gross profit and inventory value. d) LIFO matches more current costs with revenue. When prices are rising (as is generally the case), this results in a higher amount for cost of goods sold and a lower gross profit. As indicated in this exercise, prices were rising and cost of goods sold under LIFO was higher. EXERCISE 8-14 (20–25 minutes) (a) (1) LIFO 600 @ $6. 00 = $3,600 100 @ $6. 08 = 608 $4,208 (2) Average cost Total cost Total units $33,655* 5,300 = = $6. 35 average cost per unit 700 @ $6. 35 = $4,445 8-22 EXERCISE 8-14 (Continued) *Units 600 1,500 800 1,200 700 500 5,300 (b) (1) FIFO 500 @ $6. 79 = $3,395 200 @ $6. 0 = 1,320 $4,715 (2) LIFO 100 @ $6. 00 = $ 600 100 @ $6. 08 = 608 500 @ $6. 79 = 3,395 $4,603 (c) Total merchandise available fo r sale Less inventory (FIFO) Cost of goods sold $33,655 4,715 $28,940 @ @ @ @ @ @ Price $6. 00 $6. 08 $6. 40 $6. 50 $6. 60 $6. 79 = = = = = = Total Cost $ 3,600 9,120 5,120 7,800 4,620 3,395 $33,655 (d) FIFO. 8-23 EXERCISE 8-15 (15–20 minutes) (a) Shania Twain Company COMPUTATION OF INVENTORY FOR PRODUCT BAP UNDER FIFO INVENTORY METHOD March 31, 2007 Units 600 800 200 1,600 Unit Cost $12. 00 11. 00 10. 00 Total Cost $ 7,200 8,800 2,000 $18,000 March 26, 2007 February 16, 2007 January 25, 2007 (portion) March 31, 2007, inventory (b) Shania Twain Company COMPUTATION OF INVENTORY FOR PRODUCT BAP UNDER LIFO INVENTORY METHOD March 31, 2007 Units 600 1,000 1,600 Unit Cost $8. 00 9. 00 Total Cost $ 4,800 9,000 $13,800 Beginning inventory January 5, 2007 (portion) March 31, 2007, inventory (c) Shania Twain Company COMPUTATION OF INVENTORY FOR PRODUCT BAP UNDER WEIGHTED AVERAGE INVENTORY METHOD March 31, 2007 Units 600 1,200 1,300 800 600 4,500 Unit Cost $ 8. 00 9. 00 10. 00 11. 00 12. 00 Total Cost $ 4,800 10,800 13,000 8,800 7,200 $44,600 Beginning inventory January 5, 2007 January 25, 2007 February 16, 2007 March 26, 2007 Weighted average cost ($44,600 ? 4,500) March 31, 2007, inventory *Rounded off. 1,600 $ 9. 91* $ 9. 91 $15,856 8-24 EXERCISE 8-16 (15–20 minutes) (a) (1) 2,100 units available for sale – 1,400 units sold = 700 units in the ending inventory. 500 @ $4. 58 = $2,290 200 @ 4. 60 = 920 700 $3,210 Ending inventory at FIFO cost. (2) 100 @ $4. 10 = 600 @ 4. 20 = 700 $ 410 2,520 $2,930 Ending inventory at LIFO cost. (3) $9,240 cost of goods available for sale ? 2,100 units available for sale = $4. 40 weighted-average unit cost. 00 units X $4. 40 = $3,080 Ending inventory at weighted-average cost. (b) (1) LIFO will yield the lowest gross profit because this method will yield the highest cost of goods sold figure in the situation presented. The company has experienced rising purchase prices for its inventory acquisitions. In a period of rising prices, LIFO will yield the highest cost of goods sold because the most recent purchase prices (which are the higher prices in this case) are used to price cost of goods sold while the older (and lower) purchase prices are used to cost the ending inventory. 2) LIFO will yield the lowest ending inventory because LIFO uses the oldest costs to price the ending inventory units. The company has experienced rising purchase prices. The oldest costs in this case are the lower costs. 8-25 EXERCISE 8-17 (10–15 minutes) (a) (1) 400 @ $30 = 160 @ $25 = $12,000 4,000 $16,000 (2) 400 @ $20 = 160 @ $25 = $ 8,000 4,000 $12,000 (b) (1) (2) FIFO LIFO $16,000 [same as (a)] 100 @ $20 = 60 @ $25 = 400 @ $30 = $ 2,000 1,500 12,000 $15,500 8-26 EXERCISE 8-18 (15–20 minutes) First-in, first-out Sales Cost of goods sold: Inventory, Jan. Purchases Cost of goods available Inventory, Dec. 31 Cost of goods sold Gross profit Operating expenses Net income $120,000 592,000* 712,000 235,000** 477,000 573,000 200,000 $ 373,000 $1,050,000 $120,000 592,000 712,000 164,000*** 548,000 502,000 200,000 $ 302,000 Last-in, first-out $1,050,000 *Purchases 6,000 @ $22 = 10,000 @ $25 = 7,000 @ $30 = $132,000 250,000 210,000 $592,000 **Computation of inventory, Dec. 31: First-in, first-out: 7,000 units @ $30 = 1,000 units @ $25 = $210,000 25,000 $235,000 ***Last-in, first-out: 6,000 units @ $20 = 2,000 units @ $22 = $120,000 44,000 $164,000 8-27 EXERCISE 8-19 (20–25 minutes) Sandy Alomar Corporation SCHEDULES OF COST OF GOODS SOLD For the First Quarter Ended March 31, 2007 Schedule 1 First-in, First-out Beginning inventory Plus purchases Cost of goods available for sale Less ending inventory Cost of goods sold $ 40,000 146,200* 186,200 61,300 $124,900 Schedule 2 Last-in, First-out $ 40,000 146,200 186,200 56,800 $129,400 *($33,600 + $25,500 + $38,700 + $48,400) Schedules Computing Ending Inventory Units Beginning inventory Plus purchases Units available for sale Less sales ($150,000 ? 5) Ending inventory 10,000 34,000 44,000 30,000 14,000 The unit computation is the same for both assumptions, but the cost assigned to the units of ending inventory are different. First-in, First-out (Schedule 1) 11,000 3,000 14,000 at $4. 40 = at $4. 30 = $48,400 12,900 $61,300 Last-in, First-out (Schedule 2) 10,000 at $4. 00 = 4,000 at $4. 20 = 14,000 $40,000 16,800 $56,800 8-28 EXERCISE 8-20 (10–15 minutes) (a) FIFO Ending Inventory 12/31/07 $ 827. 64 76 @ $10. 89* = 24 @ $11. 88** = 285. 12 $1,112. 76 *[$11. 00 – . 01 ($11. 00)] **[$12. 00 – . 01 ($12. 00)] (b) LIFO Cost of Goods Sold- 2007 76 @ $10. 89 = $ 827. 64 84 @ $11. 88 = 997. 92 90 @ $14. 85* = 1,336. 50 15 @ $15. 84** = 237. 0 $3,399. 66 *[$15. 00 – . 01 ($15)] **[$16. 00 – . 01 ($16)] (c) FIFO matches older costs with revenue. When prices are declining, as in this case, this results in a higher amount for cost of goods sold. Therefore, it is recommended that FIFO be used by Howie Long Shop to minimize taxable income. EXERCISE 8-21 (10â₠¬â€œ15 minutes) (a) The difference between the inventory used for internal reporting purposes and LIFO is referred to as the Allowance to Reduce Inventory to LIFO or the LIFO reserve. The change in the allowance balance from one period to the next is called the LIFO effect (or as shown in this example, the LIFO adjustment). LIFO subtracts inflation from inventory costs by charging the items purchased recently to cost of goods sold. As a result, ending inventory (assuming increasing prices) will be lower than FIFO or average cost. 8-29 (b) EXERCISE 8-21 (Continued) (c) Cash flow was computed as follows: Revenue $3,200,000 Cost of goods sold (2,800,000) Operating expenses (150,000) Income taxes (75,600) Cash flow $ 174,400 If the company has any sales on account or payables, then the cash flow number is incorrect. It is assumed here that the cash basis of accounting is used. (d) The company has extra cash because its taxes are less. The reason taxes are lower is because cost of goods sold (in a period of inflation) is higher under LIFO than FIFO. As a result, net income is lower which leads to lower income taxes. If prices are decreasing, the opposite effect results. EXERCISE 8-22 (25–30 minutes) (a) (1) Ending inventory- Specific Identification Date No. Units Unit Cost December 2 July 20 100 50 150 $30 25 Total Cost $3,000 1,250 $4,250 (2) Ending inventory- FIFO Date No. Units December 2 September 4 100 50 150 Unit Cost $30 28 Total Cost $3,000 1,400 $4,400 (3) Ending inventory- LIFO Date No. Units January 1 March 15 100 50 150 Unit Cost $20 24 Total Cost $2,000 1,200 $3,200 8-30 EXERCISE 8-22 (Continued) (4) Ending inventory- Average Cost Date January 1 March 15 July 20 September 4 December 2 Explanation Beginning inventory Purchase Purchase Purchase Purchase No. Units 100 300 300 200 100 1,000 Unit Cost $20 24 25 28 30 Total Cost $ 2,000 7,200 7,500 5,600 3,000 $25,300 $25,300 ? 1,000 = $25. 30 Ending Inventory- Average Cost No. Units 150 (b) Unit Cost $25. 30 Total Cost $3,795 Double Extension Method Base-Year Costs Current Costs Total $3,000 Units 100 50 Current-Year Cost Per Unit $30 $28 Total $3,000 1,400 $4,400 Units 150 Base-Year Cost Per Unit $20 Ending Inventory for the Period at Current Cost Ending Inventory for the Period at Base-Year Cost = $4,400 = 1. 4667 $3,000 $3,000 2,000 1,000 1. 4667 1,467 2,000 $3,467 Ending inventory at base-year prices ($4,400 ? 1. 4667) Base layer (100 units at $20) Increment in base-year dollars Current index Increment in current dollars Base layer (100 units at $20) Ending inventory at dollar-value LIFO 8-31 EXERCISE 8-23 (5–10 minutes) $97,000 – $92,000 = $5,000 increase at base prices. $98,350 – $92,600 = $5,750 increase in dollar-value LIFO value. $5,000 X Index = $5,750. Index = $5,750 ? $5,000. Index = 115 EXERCISE 8-24 (15–20 minutes) (a) 12/31/07 inventory at 1/1/07 prices, $140,000 ? 1. 12 Inventory 1/1/07 Inventory decrease at base prices Inventory at 1/1/07 prices Less decrease at 1/1/07 prices Inventory 12/31/07 under dollar-value LIFO method (b) 12/31/08 inventory at base prices, $172,500 ? 1. 15 12/31/07 inventory at base prices Inventory increment at base prices Inventory at 12/31/07 Increment added during 2008 at 12/31/08 prices, $25,000 X 1. 15 Inventory 12/31/08 $125,000 160,000 $ 35,000 $160,000 35,000 $125,000 $150,000 125,000 $ 25,000 $125,000 28,750 $153,750 EXERCISE 8-25 (20–25 minutes) Change from Prior Year - $+30,000 (20,000) +4,000 +16,000 +12,000 Current $ 2004 2005 2006 2007 2008 2009 $ 80,000 115,500 108,000 122,200 154,000 176,900 Price Index 1. 00 1. 05 1. 20 1. 30 1. 40 1. 45 8-32 Base Year $ $ 80,000 110,000 90,000 94,000 110,000 122,000 EXERCISE 8-25 (Continued) Ending Inventory- Dollar-value LIFO: 2004 2005 $80,000 $80,000 @ 1. 00 = 30,000 @ 1. 05 = $ 80,000 31,500 $111,500 2006 $80,000 @ 1. 00 = 10,000 @ 1. 05 = $ 80,000 10,500 $ 90,500 2007 $80,000 @ 1. 00 = 10,000 @ 1. 05 = 4,000 @ 1. 30 = $ 80,000 10,500 5,200 $ 95,700 2009 $80,000 @ 1. 0 = 10,000 @ 1. 05 = 4,000 @ 1. 30 = 16,000 @ 1. 40 = 12,000 @ 1. 45 = 2008 $80,000 @ 1. 00 = 10,000 @ 1. 05 = 4,000 @ 1. 30 = 16,000 @ 1. 40 = $ 80,000 10,500 5,200 22,400 $118,100 $ 80,000 10,500 5,200 22,400 17,400 $135,500 EXERCISE 8-26 (15–20 minutes) Change from Date Dec. 31, 2003 Dec. 31, 2004 Dec. 31, 2005 Dec. 31, 2006 Dec. 31, 2007 Current $ $ 70,000 90,300 95,12 0 105,600 100,000 Price Index 1. 00 1. 05 1. 16 1. 20 1. 25 Base-Year $ $70,000 86,000 82,000 88,000 80,000 Prior Year - $+16,000 (4,000) +6,000 (8,000) 8-33 EXERCISE 8-26 (Continued) Ending Inventory- Dollar-value LIFO: Dec. 31, 2003 $70,000 Dec. 1, 2004 $70,000 @ 1. 00 = 16,000 @ 1. 05 = $70,000 16,800 $86,800 Dec. 31, 2005 $70,000 @ 1. 00 = 12,000 @ 1. 05 = $70,000 12,600 $82,600 Dec. 31, 2006 $70,000 @ 1. 00 = 12,000 @ 1. 05 = 6,000 @ 1. 20 = $70,000 12,600 7,200 $89,800 Dec. 31, 2007 $70,000 @ 1. 00 = 10,000 @ 1. 05 = $70,000 10,500 $80,500 8-34 TIME AND PURPOSE OF PROBLEMS Problem 8-1 (Time 30–40 minutes) Purpose- to provide a multipurpose problem with trade discounts, goods in transit, computing internal price indexes, dollar-value LIFO, comparative FIFO, LIFO, and average cost computations, and inventoriable cost identification. Problem 8-2 (Time 25–35 minutes) Purpose- to provide the student with eight different situations that require analysis to determine their impact on inventory, accounts payable, and net sales. Problem 8-3 (Time 20–25 minutes) Purpose- to provide the student with an opportunity to prepare general journal entries to record purchases on a gross and net basis. Problem 8-4 (Time 40–55 minutes) Purpose- to provide a problem where the student must compute the inventory using a FIFO, LIFO, and average cost assumption. These inventory value determinations must be made under two differing assumptions: (1) perpetual inventory records are kept in units only and (2) perpetual records are kept in dollars. Many detailed computations must be made in this problem. Problem 8-5 (Time 40–55 minutes) Purpose- to provide a problem where the student must compute the inventory using a FIFO, LIFO, and average cost assumption. These inventory value determinations must be made under two differing assumptions: (1) perpetual inventory records are kept in units only and (2) perpetual records are kept in dollars. This problem is very similar to Problem 8-4, except that the differences in inventory values must be explained. Problem 8-6 (Time 25–35 minutes) Purpose- to provide a problem where the student must compute cost of goods sold using FIFO, LIFO, and weighted average, under both a periodic and perpetual system. Problem 8-7 (Time 30–40 minutes) Purpose- to provide a problem where the student must identify the accounts that would be affected if LIFO had been used rather than FIFO for purposes of computing inventories. Problem 8-8 (Time 30–40 minutes) Purpose- to provide a problem which covers the use of inventory pools for dollar-value LIFO. The student is required to compute ending inventory, cost of goods sold, and gross profit using dollar-value LIFO, first with one inventory pool and then with three pools. Problem 8-9 (Time 25–35 minutes) Purpose- the student computes the internal conversion price indexes for a LIFO inventory pool and then computes the inventory amounts using the dollar-value LIFO method. Problem 8-10 (Time 30–35 minutes) Purpose- to provide the student with the opportunity to compute inventories using the dollar-value approach. An index must be developed in this problem to price the new layers. This problem will prove difficult for the student because the indexes are hidden. Problem 8-11 (Time 40–50 minutes) Purpose- to provide the student with an opportunity to write a memo on how a dollar-value LIFO pool works. In addition, the student must explain the step-by-step procedure used to compute dollar value LIFO. 8-35 SOLUTIONS TO PROBLEMS PROBLEM 8-1 1. $150,000 – ($150,000 X . 20) = $120,000; $120,000 – ($120,000 X . 10) = $108,000, cost of goods purchased $1,100,000 + $69,000 = $1,169,000. The $69,000 of goods in transit on which title had passed on December 24 (f. o. b. hipping point) should be added to 12/31/06 inventory. The $29,000 of goods shipped (f. o. b. shipping point) on January 3, 2007, should remain part of the 12/31/06 inventory. Because no date was associated with the units issued or sold, the periodic (rather than perpetual) inventory method must be assumed. FIFO inventory cost: 1,000 units at $24 1,100 units at 23 Total 1,500 units at $ 21 600 units at 22 Total 1,500 at $21 2,000 at 22 3,500 at 23 1,000 at 24 8,000 $ 24,000 25,300 $ 49,300 $ 31,500 13,200 $ 44,700 $ 31,500 44,000 80,500 24,000 $180,000 2. 3. LIFO inventory cost: Average cost: Totals $180,000 ? 8,000 = $22. 0 Ending inventory (2,100 X $22. 50) is $47,250. 8-36 PROBLEM 8-1 (Continued) 4. Computation of price indexes: 12/31/06 $252,000 = 105 $240,000 $286,720 = 112 $256,000 12/31/07 Dollar-value LIFO inventory 12/31/06: Increase $240,000 – $200,000 = 12/31/06 price index Increase in terms of 105 Base inventory Dollar-value LIFO inventory $ 40,000 X 1. 05 42,000 2006 Layer 200,000 $242,000 Dollar-value LIFO inventory 12/31/07: Increase $256,000 – $240,000 = 12/31/07 price index Increase in terms of 112 2006 layer Base inventory Dollar-value LIFO inventory 5. $ 16,000 X 1. 12 17,920 2007 Layer 42,000 200,000 $259,920 The inventoriable costs for 2007 are: Merchandise purchased Add: Freight-in Deduct: Purchase returns Purchase discounts Inventoriable cost $16,500 6,800 $909,400 22,000 931,400 23,300 $908,100 8-37 PROBLEM 8-2 James T. Kirk Company Schedule of Adjustments December 31, 2007 Inventory Initial amounts Adjustments: 1. 2. 3. 4. 5. 6. 7. 8. Total adjustments Adjusted amounts 1. $1,520,000 NONE 71,000 30,000 32,000 21,000 27,000 NONE 3,000 184,000 $1,704,000 Accounts Payable $1,200,000 NONE 71,000 NONE NONE NONE NONE 56,000 6,000 133,000 $1,333,000 Net Sales $8,150,000 (40,000) NONE NONE (47,000) NONE NONE NONE NONE (87,000) $8,063,000 The $31,000 of tools on the loading dock were properly included in the physical count. The sale should not be recorded until the goods are picked up by the common carrier. Therefore, no adjustment is made to inventory, but sales must be reduced by the $40,000 billing price. The $71,000 of goods in transit from a vendor to James T. Kirk were shipped f. o. b. shipping point on 12/29/07. Title passes to the buyer as soon as goods are delivered to the common carrier when sold f. o. b. shipping point. Therefore, these goods are properly includable in Kirk’s inventory and accounts payable at 12/31/07. Both inventory and accounts payable must be increased by $71,000. The work-in-process inventory sent to an outside processor is Kirk’s property and should be included in ending inventory. Since this inventory was not in the plant at the time of the physical count, the inventory column must be increased by $30,000. 8-38 2. 3. PROBLEM 8-2 (Continued) 4. The tools costing $32,000 were recorded as sales ($47,000) in 2007. However, these items were returned by customers on December 31, so 2007 net sales should be reduced by the $47,000 return. Also, $32,000 has to be added to the inventory column since these goods were not included in the physical count. The $21,000 of Kirk’s tools shipped to a customer f. o. b. destination are still owned by Kirk while in transit because title does not pass on these goods until they are received by the buyer. Therefore, $21,000 must be added to the inventory column. No adjustment is necessary in the sales column because the sale was properly recorded in 2008 when the customer received the goods. The goods received from a vendor at 5:00 p. m. on 12/31/07 should be included in the ending inventory, but were not included in the physical count. Therefore, $27,000 must be added to the inventory column. No adjustment is made to accounts payable, since the invoice was included in 12/31/07 accounts payable. The $56,000 of goods received on 12/26/07 were properly included in the physical count of inventory; $56,000 must be added to accounts payable since the invoice was not included in the 12/31/07 accounts payable balance. Since one-half of the freight-in cost ($6,000) pertains to merchandise properly included in inventory as of 12/31/07, $3,000 should be added to the inventory column. The remaining $3,000 debit should be reflected in cost of goods sold. The full $6,000 must be added to accounts payable since the liability was not recorded. 5. 6. 7. 8. 8-39 PROBLEM 8-3 (a) (1) 8/10 Purchases. Accounts Payable .. 8/13 Accounts Payable. Purchase Returns and Allowances 8/15 Purchases. Accounts Payable .. 8/25 Purchases. Accounts Payable .. 8/28 Accounts Payable. Cash . 9,000 9,000 1,200 1,200 12,000 12,000 15,000 15,000 12,000 12,000 (2) Purchases- addition in cost of goods sold section of income statement. Purchase returns and allowances- deduction from purchases in cost of goods sold section of the income statement. Accounts payable- current liability in the current liabilities section of the balance sheet. 8/10 Purchases. Accounts Payable ($9,000 X . 98) .. 8/13 Accounts Payable. Purchase Returns and Allowances ($1,200 X . 98) 8-40 (b) (1) 8,820 8,820 1,176 1,176 PROBLEM 8-3 (Continued) 8/15 Purchases .. Accounts Payable ($12,000 X . 99).. 8/25 Purchases .. Accounts Payable ($15,000 X . 98).. 8/28 Accounts Payable Purchase Discounts Lost. Cash 2. 8/31 Purchase Discounts Lost. Accounts Payable . (. 02 X [$9,000 – $1,200]) 11,880 11,880 14,700 14,700 11,880 120 12,000 156 156 3. Same as part (a) (2) except: Purchase Discounts Lost- treat as financial expense in income statement. (c) The second method is better theoretically because it results in the inventory being carried net of purchase discounts, and purchase discounts not taken are shown as an expense. The first method is normally used, however, for practical reasons. 8-41 PROBLEM 8-4 (a) Purchases Total Units April 1 (balance on hand) April 4 April 11 April 18 April 26 April 30 Total units Total units sold Total units (ending inventory) 100 400 300 200 500 200 1,700 1,400 300 Sales Total Units April 5 April 12 April 27 April 28 Total units 300 200 800 100 1,400 Assuming costs are not computed for each withdrawal: (1) First-in, first-out. Date of Invoice April 30 April 26 No. Units 200 100 Unit Cost $5. 80 5. 60 Total Cost $1,160 560 $1,720 (2) Last-in, first-out. Date of Invoice April 1 April 4 No. Units 100 200 Unit Cost $5. 0 5. 10 Total Cost $ 500 1,020 $1,520 8-42 PROBLEM 8-4 (Continued) (3) Average cost. Cost of Part X available. Date of Invoice No. Units April 1 April 4 April 11 April 18 April 26 April 30 Total Available 100 400 300 200 500 200 1,700 Unit Cost $5. 00 5. 10 5. 30 5. 35 5. 60 5. 80 Total Cost $ 500 2,040 1,590 1,070 2,800 1,160 $9,160 Average cost per unit = $ 9,160 ? 1,700 = $5. 39. Inventory, April 30 = 300 X $5. 39 = $1,617. (b) Assuming costs are computed for each withdrawal: (1) First-in, first out. The inventory would be the same in amount as in part (a), $1,720. 8-43 PROBLEM 8-4 (Continued) (2) Last-in, first-out. Purchased Date April 1 April 4 April 5 April 11 300 5. 30 No. of units 100 400 Unit cost $5. 00 5. 10 300 $5. 10 No. of units Sold Unit cost No. of units 100 100 400 100 100 100 100 300 April 12 200 5. 30 100 100 100 April 18 200 5. 35 100 100 100 200 April 26 500 5. 60 100 100 100 200 500 April 27 800 500 @ 200 @ 100 @ April 28 April 30 200 5. 80 100 5. 60 5. 35 5. 30 5. 10 100 100 100 100 200 5. 00 5. 10 5. 00 5. 00 5. 80 1,010 500 1,660 Balance* Unit cost $5. 00 5. 00 5. 10 5. 00 5. 10 5. 00 5. 10 5. 30 5. 00 5. 10 5. 30 5. 00 5. 10 5. 30 5. 35 5. 00 5. 10 5. 30 5. 35 5. 60 5,410 2,610 1,540 2,600 Amount $ 500 2,540 1,010 Inventory April 30 is $1,660. *The balance on hand is listed in detail after each transaction. 8-44 PROBLEM 8-4 (Continued) (3) Average cost. Purchased Date April 1 April 4 April 5 April 11 April 12 April 18 April 26 April 27 April 28 April 30 200 5. 80 200 500 5. 35 5. 60 800 100 5. 4336 5. 4336 300 5. 30 200 5. 2120 No. of units 100 400 Unit cost $5. 00 5. 10 300 $5. 0800 No. of units Sold Unit cost No. of units 100 500 200 500 300 500 1,000 200 100 300 Balance Unit cost* $5. 0000 5. 0800 5. 0800 5. 2120 5. 2120 5. 2672 5. 4336 5. 4336 5. 4336 5. 6779 Amount $ 500. 00 2,540. 00 1,016. 00 2,606. 00 1,563. 60 2,633. 60 5,433. 0 1,086. 72 543. 36 1,703. 36 Inventory April 30 is $1,703. *Four decimal places are used to minimize rounding errors. 8-45 PROBLEM 8-5 (a) Assuming costs are not computed for each withdrawal (units received, 5,600, minus units issued, 4,700, equals ending inventory at 900 units): (1) First-in, first-out. Date of Invoice No. Units Jan. 28 900 Unit Cost $3. 60 To tal Cost $3,240 (2) Last-in, first-out. Date of Invoice No. Units Jan. 2 (3) 900 Unit Cost $3. 00 Total Cost $2,700 Average cost. Cost of goods available: Date of Invoice No. Units Jan. 2 Jan. 10 Jan. 18 Jan. 23 Jan. 28 Total Available 1,200 600 1,000 1,300 1,500 5,600 Unit Cost $3. 00 3. 20 3. 30 3. 40 3. 60 Total Cost $ 3,600 1,920 3,300 4,420 5,400 $18,640 Average cost per unit = $18,640 ? 5,600 = $ 3. 33 Cost of inventory Jan. 31 = 900 X $3. 33 = $2,997 (b) Assuming costs are computed at the time of each withdrawal: Under FIFO- Yes. The amount shown as ending inventory would be the same as in (a) above. In each case the units on hand would be assumed to be part of those purchased on Jan. 28. Under LIFO- No. During the month the available balance dropped below the ending inventory quantity so that the layers of oldest costs were partially liquidated during the month. 8-46 PROBLEM 8-5 (Continued) Under Average Cost- No. A new average cost would be computed each time a withdrawal was made instead of only once for all items purchased during the year. The calculations to determine the inventory on this basis are given below. (1) First-in, first-out. The inventory would be the same in amount as in part (a), $3,240. Last-in, first-out. Received Date Jan. 2 Jan. 7 Jan. 10 Jan. 13 Jan. 18 1,000 3. 30 600 3. 20 500 300 3. 20 3. 30 No. of units 1,200 Unit cost $3. 00 700 $3. 00 Issued No. of units Unit cost No. of units 1,200 500 500 600 500 100 500 100 700 Jan. 20 700 100 300 Jan. 23 Jan. 26 Jan. 28 1,500 3. 0 1,300 3. 40 800 3. 40 3. 30 3. 20 3. 00 200 200 1,300 200 500 200 500 1,500 Jan. 31 1,300 3. 60 200 500 200 3. 00 3. 00 3. 40 3. 00 3. 40 3. 00 3. 40 3. 60 3. 00 3. 40 3. 60 3,020 7,700 600 5,020 2,300 Balance Unit cost* $3. 00 3. 00 3. 00 3. 20 3. 00 3. 20 3. 00 3. 20 3. 30 4,130 Amount $3,600 1,500 3,420 1,820 (2) Inventory, January 31 is $3,020. 8-47 PROBLEM 8-5 (Continued) (3) Average cost. Received Date Jan. 2 Jan. 7 Jan. 10 Jan. 13 Jan. 18 Jan. 20 Jan. 23 Jan. 26 Jan. 28 Jan. 31 1,500 3. 60 1,300 3. 5291 1,300 3. 40 800 3. 3773 1,000 3. 30 600 3. 20 500 300 1,100 3. 1091 3. 2281 3. 2281 No. of units 1,200 Unit cost $3. 0 700 $3. 0000 Issued No. of units Unit cost No. of units 1,200 500 1,100 600 1,300 200 1,500 700 2,200 900 Balance Unit cost* $3. 0000 3. 0000 3. 1091 3. 1091 3. 2281 3. 2281 3. 3773 3. 3773 3. 5291 3. 5291 Amount $3,600 1,500 3,420 1,865 4,197 646 5,066 2,364 7,764 3,176 Inventory, January 31 is $3,176. *Four decimal places are used to minimize rounding errors. 8-48 PROBLEM 8-6 (a) Beginning inventory Purchases (2,000 + 3,000) Units available for sale Sales (2,500 + 2,000) Goods on hand Periodic FIFO 1,000 X $12 = 2,000 X $18 = 1,500 X $23 = 4,500 1,000 5,000 6,000 4,500 1,500 $12,000 36,000 34,500 $82,500 (b) Perpetual FIFO Same as periodic: Periodic LIFO 3,000 X $23 = 1,500 X $18 = 4,500 Perpetual LIFO Purchased $82,500 (c) $69,000 27,000 $96,000 (d) Date 1/1 2/4 2/20 4/2 11/4 Sold Balance 1,000 X $12 = } $12,000 $48,000 2,000 X $18 = $36,000 2,000 X $18 500 X $12 3,000 X $23 = $69,000 2,000 X $23 = $46,000 ______ $88,000 1,000 X $12 2,000 X $18 } $42,000 500 X $12 500 X $12 3,000 X $23 500 X $12 1,000 X $23 = } } $ 6,000 $75,000 $29,000 8-49 PROBLEM 8-6 (Continued) (e) Periodic weighted-average 1,000 X $12 = $ 12,000 2,000 X $18 = 36,000 3,000 X $23 = 69,000 $117,000 ? 6,000 = $19. 50 4,500 X $19. 50 $87,750 (f) Perpetual moving average Date 1/1 2/4 2/20 4/2 11/4 3,000 X $23 = $69,000 2,000 X $22 = 44,000 $84,000 a Purchased Sold Balance 1,000 X $12 = $12,000 2,000 X $18 = $36,000 2,500 X $16 = $40,000 3,000 X $16 = 500 X $16 = 3,500 X $22 = 1,500 X $22 = a 48,000 8,000 77,000 33,000 500 X $16 = $ 8,000 3,000 X $23 = 69,000 3,500 $77,000 ($77,000 ? 3,500 = $22) 8-50 PROBLEM 8-7 The accounts in the 2008 financial statements which would be affected by a change to LIFO and the new amount for each of the accounts are as follows: Account Cash Inventory Retained earnings Cost of goods sold Income taxes New amount for 2008 $165,600 120,000 215,600 810,000 94,400 1) (2) (3) (4) (5) The calculations for both 2007 and 2008 to support the conversion to LIFO are presented below. Income for the Years Ended Sales Less: Cost of goods sold Other expenses Income before taxes Income taxes (40%) Net income Cost of Good Sold and Ending Inventory for the Years Ended Beginning inventory Purchases Cost of goods available Ending inventory Cost of goods sold Determination of Cash at Income taxes under FIFO Income taxes as calculated under LIFO Increase in cash Adjust cash at 12/31/08 for 2007 tax difference Total increase in cash Cash balance under FIFO Cash balance under LIFO 40,000 X $3. 00) (150,000 X $3. 50) (40,000 X $3. 00) 12/31/07 $900,000 525,000 205,000 730,000 170,000 68,000 $102,000 12/31/08 $1,350,000 810,000 304,000 1,114,000 236,000 94,400 $ 141,600 12/31/07 $120,000 525,000 645,000 120,000 $525,000 12/31/07 $ 76,000 68,000 8,000 - 8,000 130,000 $138,000 8-51 (40,000 X $3. 00) (180,000 X $4. 50) (40,000 X $3. 00) 12/31/08 $120,000 810,000 930,000 120,000 $810,000 12/31/08 $110,400 94,400 16,000 8,000 24,000 141,600 $165,600 PROBLEM 8-7 (Continued) Determination of Retained Earnings at Net income under FIFO Net income under LIFO Reduction in retained earnings Adjust retained earnings at 12/31/08 for 2007 reduction Total reduction in retained earnings Retained earnings under FIFO Retained earnings under LIFO 12/31/07 $114,000 102,000 12,000 - 12,000 200,000 $188,000 12/31/08 $165,600 141,600 24,000 12,000 36,000 251,600 $215,600 8-52 PROBLEM 8-8 (a) 1. Ending inventory in units Portable 6,000 + 15,000 – 14,000 = Midsize 8,000 + 20,000 – 24,000 = Flat-screen 3,000 + 10,000 – 6,000 = 7,000 4,000 7,000 18,000 2. Ending inventory at current cost Portable 7,000 X $120 = Midsize 4,000 X $300 Flat-screen 7,000 X $460 = $ 840,000 1,200,000 3,220,000 $5,260,000 3. Ending inventory at base-year cost Portable 7,000 X $100 = Midsize 4,000 X $250 = Flat-screen 7,000 X $400 = $ 700,000 1,000,000 2,800,000 $4,500,000 4. Price index $5,260,000 ? $4,500,000 = 1. 1689 Ending inventory $3,800,000 X 1. 0000 = 700,000* X 1. 168 9 = *($4,500,000 – $3,800,000 = $700,000) 5. $3,800,000 818,230 $4,618,230 6. Cost of goods sold Beginning inventory Purchases [(15,000 X $120) + (20,000 X $300) + (10,000 X $460)] Cost of goods available Ending inventory Cost of goods sold 8-53 $ 3,800,000 2,400,000 16,200,000 4,618,230 $11,581,770 PROBLEM 8-8 (Continued) 7. Gross profit Sales [(14,000 X $150) + (24,000 X $405) + (6,000 X $600)] Cost of goods sold Gross profit $15,420,000 11,581,770 $ 3,838,230 (b) 1. Ending inventory at current cost restated to base cost Portable $ 840,000 ? 1. 20 = $ 700,000 Midsize 1,200,000 ? 1. 20 = $1,000,000 Flat-screen 3,220,000 ? 1. 15 = $2,800,000 Ending inventory Portable $ 600,000 X 1. 00 = 100,000 X 1. 20 = Midsize 1,000,000 X 1. 00 = Flat-screen 1,200,000 X 1. 00 = 1,600,000 X 1. 15 = 2. $ 600,000 120,000 1,000,000 1,200,000 1,840,000 $4,760,000 3. Cost of good sold Cost of good available Ending inventory Cost of goods sold Gross profit Sales Cost of goods sold Gross profit $16,200,000 4,760,000 $11,440,000 4. $15,420,000 11,440,000 $ 3,980,000 8-54 PROBLEM 8-9 (a) Adis Abeba Wholesalers Inc. Computation of Internal Conversion Price Index for Inventory Pool No. 1 Double Extension Method 2006 $595,000 234,000 $829,000 2007 $520,000 320,000 $840,000 Current inventory at current-year cost Product A Product B Current inventory at base cost Product A Product B 17,000 X $35 = 9,000 X $26 = 13,000 X $40 = 10,000 X $32 = 17,000 X $30 = 9,000 X $25 = 510,000 225,000 $735,000 13,000 X $30 = 10,000 X $25 = $390,000 250,000 $640,000 Conversion price index $829,000 ? $735,000 = 1. 13 $840,000 ? $640,000 = 1. 31 (b) Adis Abeba Wholesalers Inc. Computation of Inventory Amounts under Dollar-Value LIFO Method for Inventory Pool No. 1 at December 31, 2006 and 2007 Current Inventory at base cost Conversion price index 1. 00 1. 13 (a) Inventory at LIFO cost $525,000 237,300 $762,300 December 31, 2006 Base inventory 2006 layer ($735,000 – $525,000) Total December 31, 2007 Base inventory 2006 layer (remaining) Total (a) (b) $525,000 210,000 $735,000 (a) $525,000 115,000 $640,000 b) (a) 1. 00 1. 13 (a) $525,000 129,950 $654,950 Per schedule for instruction (a). After liquidation of $95,000 base cost ($735,000 – $640,000). 8-55 PROBLEM 8-10 Base-Year Cost December 31, 2005 January 1, 2005, base December 31, 2005, layer $45,000 11,000 $56,000 Index % 100 115* Dollar-Value LIFO $45,000 12,650 $57,650 December 31, 2006 January 1, 2005, base December 31, 2005, layer December 31, 2006, layer $45,000 11,000 12,400 $68,400 100 115 128** $45,000 12,650 15,872 $73,522 December 31, 2007 January 1, 2005, base December 31, 2005, layer December 31, 2006, layer December 31, 2007, layer 45,000 11,000 12,400 1,600 $70,000 100 115 128 130*** $45,000 12,650 15,872 2,080 $75,602 *$64,500 ? $56,000 **$87,300 ? $68,400 ***$90,800 ? $70 ,000 8-56 PROBLEM 8-11 (a) Schedule A A Current $ 2003 2004 2005 2006 2007 2008 $ 80,000 115,500 108,000 131,300 154,000 174,000 B Price Index 1. 00 1. 05 1. 20 1. 30 1. 40 1. 45 C Base-Year $ $ 80,000 110,000 90,000 101,000 110,000 120,000 D Change from Prior Year - $+30,000 (20,000) +11,000 +9,000 +10,000 Schedule B Ending Inventory-Dollar-Value LIFO: 2003 2004 $ 80,000 $ 80,000 31,500 $111,500 $ 80,000 10,500 $ 90,500 $ 80,000 10,500 14,300 $104,800 8-57 80,000 @ $1. 00 = 30,000 @ 1. 05 = $80,000 @ 1. 00 = 10,000 @ 1. 05 = 2007 $80,000 @ $1. 00 = 10,000 @ 1. 05 = 11,000 @ 1. 30 = 9,000 @ 1. 40 = 2008 $80,000 @ 1. 00 = 10,000 @ 1. 05 = 11,000 @ 1. 30 = 9,000 @ 1. 40 = 10,000 @ 1. 45 = $ 80,000 10,500 14,300 12,600 $117,400 $ 80,000 10,500 14,300 12,600 14,500 $131,900 2005 2006 $80,000 @ 1. 00 = 10,000 @ 1. 05 = 11,000