Answer:
d) $13
Explanation:
contribution margin per unit:
- product B = $45
- product C = $39
- product D = $25
contribution margin per machine hour:
- product B = $45 / 2.5 = $18
- product C = $39 / 3 = <u>$13</u>
- product D = $25 / 1.25 = $20
the company should first produce 800 units of product D and use 1,000 machine hours. Then it should produce 680 units of product B using 1,700 machine hours. In order to produce the remaining 20 units of product B and the 600 units of product C, the company must rent machine hours and the maximum possible price per hour is $13 (contribution margin per machine hour product C).
Cold heartedness and inner generosity
Answer:
a. A Japanese firm sells its U.S. government securities to obtain funds to buy real estate in Japan.
This contributes to the demand for yen
b. A U.S. import company pays for glassware purchased from a small Japanese producer.
This contributes to the demand for yen
c. A U.S. farm cooperative receives payment from a Japanese importer of U.S. oranges.
This contributes to the supply of yen for foreign exchange
d. A U.S. pension fund uses some incoming contributions to buy equity shares of several Japanese companies through the Tokyo stock exchange.
This contributes to the demand for yen
Explanation:
The net realizable value of the inventory as of December 31, year 2, according to IFRS is <u>$75</u>.
<h3>What is net realizable value under IFRS?</h3>
Under the IFRS, inventories should be stated at the lower of cost and net realizable value. The net realizable value equals the selling price less the estimated costs of sale.
<h3>Data and Calculations:</h3>
Inventory purchase cost = $80
Net realizable value in year 1 = $60
Net realizable value in year 2 = $75
Replacement cost = $65
Normal profit margins = 20%
Thus, the net realizable value of the inventory as of December 31, year 2, according to IFRS is <u>$75</u>.
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