Answer:
a) $337,615.38
b-1) $360,910.85
b-2) $415,266.92
c-1) $362,637.36
c-2) $438,461.54
Explanation:
a) To find the current value of the company, we have:
= 
= $337,615.38
b-1) If the company takes on debt equal to 30 percent of its unlevered value.
337,615.38 + (0.23 * 337,615.38 * 0.30)
= $360,910.85
b-2) When the company can borrow at 10 percent. The value of the firm if the company takes on debt equal to 100 percent of its unlevered value will be:
337,615.38 + (0.23 * 337,615.38 * 1)
= $415,266.92
c-1) The value of the firm if the company takes on debt equal to 30 percent of its levered value:
= $362,637.36
c-2) The value of the firm if the company takes on debt equal to 100 percent of its levered value:
= $438,461.54
Answer:
c. half of the order quantity
Explanation:
Based on the constant demand assumption in the economic order quantity (EOQ) model, the average cycle inventory is <u>half of the order quantity</u>
Economic order quantity is a quantity which minimizes the ordering cost and holding cost
Q = EOQ = 
where D = Demand unit, S = Order cost and H = Holding cost
- Ordering cost and the Holding at EOQ will be same
- Average inventory = Q/2
- Average inventory is the half of the order quantity.
Answer:
0.41
Explanation:
The computation of the weight of security Y in the minimum variance portfolio is shown below:-
Weight of security X = Standard deviation of security Y ÷ (Sum of the standard deviation of securities)
= 39% ÷ (39% + 27%)
= 39% ÷ 66%
= 59.01%
Weight of security Y = 1 - Weight of security X
= 1 - 59.01%
= 0.41
Answer:
D Select the cost allocation bases.
Explanation:
An allocation base OR cost allocation based is the foundation on which Cost accounting apportions the overhead costs. An allocation base can come inform of a quantity, such as the used machine hours, the consumed electricity kilowatt hours (kWh), or the square footage that is being occupied.
the ABC implementation step in order will be to select the cost allocation bases.
