Answer:
The $885,000 was transferred to Finished Goods
Explanation:
The computation of the transferred amount to finished good is shown below:
= Material used + labor cost + overhead cost
where,
Overhead cost = (Expected overhead ÷ estimated labor) × actual labor cost
= ($300,000 ÷ $200,000) × $150,000
= 1.5 × $150,000
= $225,000
The other items values would remain the same
Now put these values to the above formula
So, the value would equal to
= $510,000 + $150,000 + $225,000
= $885,000
Answer:
$102,000
Explanation:
Since Brooke contributed the land, the gain realized before the land was contributed = $120,000 - $90,000 will be allocated entirely to her. She will also be allocated 40% of the gain after the contribution was made = ($150,000 - $120,000) x 40% = $30,000 x 40% = $12,000.
So the total gain recognized by Brooke will be $90,000 + $12,000 = $102,000.
Partnerships are pass through entities, the partners are taxed, not the partnership itself.
When the value of technology utility and network externality benefits exceeds monopoly Costs.
Answer:
The correct answer is A. is weak in local responsiveness.
Explanation:
The global division by products is an organizational structure that extends worldwide the responsibilities of the domestic product divisions. The growth of international business and the diversity of products make it advisable that each product line is also responsible for its international operations, without having to delegate to an international division.
Answer:
Cost of equity = 10.5%
Explanation:
<em>The capital asset pricing model is a risk-based model. Here, the return on equity is dependent on the level of reaction of the the equity to changes in the return on a market portfolio. These changes are captured as systematic risk. The magnitude by which a stock is affected by systematic risk is measured by beta. </em>
Under CAPM, Ke= Rf + β(Rm-Rf)
Rf-risk-free rate (long-term i.e 10 year treasury bill rate), β= Beta, Rm= Return on market., Ke- Return on equity (cost of equity)
This model can be used to work out the cost of equity as follows:
Ke= Rf + β (Rm-Rf)
Rf- 6%, β= 1.0, Rm- 10.5, E(r)- ?
Ke = 6% + 1.0× (10.5 -6)% = 10.5%
Ke = 10.5%
Cost of equity = 10.5%
