Asked by Michael Covino on Jul 05, 2024

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Guerra, Inc.adopted the dollar-value LIFO retail inventory method on January 1, 2010, when the price index was 100.The following information was taken from company records on December 31, 2010, when the price index was 110.
 Cost Retail Sales $190,000 Additional markps 18,000 Markup cancellations 6,000 Markdowns 8,000 Markdown cancellations 2,000 Inventory, January 1 $14,40020,000 Purchases 158,000199,000 Purchase returns 4,0005,000\begin{array}{lll}&\text { Cost}&\text { Retail}\\\text { Sales } & & \$ 190,000 \\\text { Additional markps } & & 18,000 \\\text { Markup cancellations } & & 6,000 \\\text { Markdowns } & & 8,000 \\\text { Markdown cancellations } & & 2,000 \\\text { Inventory, January 1 } & \$ 14,400 & 20,000 \\\text { Purchases } & 158,000 & 199,000 \\\text { Purchase returns } & 4,000 & 5,000\end{array} Sales  Additional markps  Markup cancellations  Markdowns  Markdown cancellations  Inventory, January 1  Purchases  Purchase returns  Cost$14,400158,0004,000 Retail$190,00018,0006,0008,0002,00020,000199,0005,000 Required:
Compute the cost of the December 31, 2010, inventory.(Round off calculations to the nearest dollar.)

Price Index

A Price Index measures the average change in prices over time for a basket of goods and services, used to assess inflation or deflation in an economy.

Inventory Cost

The cost associated with acquiring, storing, and managing inventory including purchase price, warehousing, and handling costs.

  • Gain insight into the employment and merits of the retail inventory system.
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Stephen NagatoshiJul 10, 2024
Final Answer :
Cost of inventory = $20, 560, determined as follows: Cost percentages:  Cost of inventory = $20, 560, determined as follows: Cost percentages:    \begin{array}{lr} \text {Ending inventory at retal at base year prices: }&30,000 / 1.10=27,273\\ \text { Inventory change at retail at base year prices:}&27,273-20,000=7,273\\ \text {Inventory change at retail at relevant current prices:}&7,273 ' 1.10=8,000\\ \text {Inventory change at current costs: }&8,000 ' 0.77=6,160\\ \end{array}    \begin{array}{l} \text { Layers } \\ \text { Cost } \\ \$ 14,400 \\ 6,160 \\\hline \$ 20,560 \end{array} Ending inventory at retal at base year prices: 30,000/1.10=27,273 Inventory change at retail at base year prices:27,273−20,000=7,273Inventory change at retail at relevant current prices:7,273′1.10=8,000Inventory change at current costs: 8,000′0.77=6,160\begin{array}{lr}\text {Ending inventory at retal at base year prices: }&30,000 / 1.10=27,273\\\text { Inventory change at retail at base year prices:}&27,273-20,000=7,273\\\text {Inventory change at retail at relevant current prices:}&7,273 ' 1.10=8,000\\\text {Inventory change at current costs: }&8,000 ' 0.77=6,160\\\end{array}Ending inventory at retal at base year prices:  Inventory change at retail at base year prices:Inventory change at retail at relevant current prices:Inventory change at current costs: 30,000/1.10=27,27327,27320,000=7,2737,2731.10=8,0008,0000.77=6,160
 Layers  Cost $14,4006,160$20,560\begin{array}{l}\text { Layers } \\\text { Cost } \\\$ 14,400 \\6,160 \\\hline\$ 20,560\end{array} Layers  Cost $14,4006,160$20,560