Answer:
<em>Cost per equivalent unit for conversion cost = $116.66</em>
<em> </em>
Explanation:
<em>Under the weighted average method of valuation, to account for completed units, it is assumed that the entire degree of work required to a complete a set of work is done in the period under consideration.So there is no separation of the completed units into opening inventory and fully worked.
</em>
To determine the cost per equivalent unit, we use the formula below:
<em>Cost per equivalent unit = $70,000/600</em>
<em> = $116.66</em>
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Answer:
c. A cap-and-trade system is considered a command and control regulation
Explanation:
The both are different systems as the cap-and-trade system which permits to trade and is more efficient in most of the markets. Nevertheless, the command and control system is used to laws it is not the most efficient, considering as well that is onerous and expensive for the government.
You could make bath gonna
Answer:
Which party to the exchange must pay boot to make the exchange work?
- Rufus must pay boot since the FMV of its property is less than the FMV of Hardy's property.
How much boot must be paid?
- $90,000 - $77,500 = $12,500
Assuming the boot payment is made, how much gain or loss will Rufus realize and recognize on the exchange, and what tax basis will Rufus take in the property acquired?
- Rufus doesn't have any gain, and the tax basis for the new asset will be $50,000 + $12,500 = $62,500
Assuming the boot payment is made, how much gain or loss will Hardy realize and recognize on the exchange and what tax basis will Hardy take in the property acquired?
- Since Hardy's property basis is $60,000 and it would be receiving $50,000 (Rufus's property) + $12,500 = $62,500, then it must recognize a $2,500 gain. The basis of Hardy's new property will be $62,500.
Answer:
B. includes only one good.
Explanation:
A corner solution is a microeconomics concept, which is used to illustrate the graphical representation of a situation where an individual wouldn't do some things at any cost or for any price.
Optimum is usually experienced on the consumer graph at the point where the indifference curve (IC) is just tangential to the consumer's budget constraint. Thus, the corner solution lies at the non-zero interior, which then means that none of the other goods is contained in the optimum.
Hence, an optimum that occurs as a corner solution includes only one good.
<em>For instance, Tracy saying she wouldn't buy a XYZ phone for any price, or Sarah saying she would visit a museum no matter how much it will cost her are some examples of corner solution. </em>
