Answer:
Cost of equity = 14.43%
Explanation:
Weigheted Average cost of capital is computed using the formula below:
WACC = (Wd×Kd) + (We×Ke)
Kd= aftre tax cost of debt= 12%× (1-0.4)= 7.2%
Wd =Proportion of debt= 40%
We = proportion of equity = 60%
Ke= cost of equity.
let the cost of equity be "y"
WACC = 11.54
11.54 = (40%× 7.2%) + (60% × y)
0.1154 = 0.0288 + 0.6y
0.1154 - 0.0288 = 0.6y
y =(0.1154 - 0.0288)/0.6
y = 0.1443 × 100
y =14.43%
Cost of equity = 14.43%
Answer:
c. allocates overhead to activity cost pools, and it then assigns the activity cost pools to products and services by means of cost drivers.
Explanation:
The activity based costing is the costing that helps to allocated the indirect cost or we can say the manufacturing overhead cost with the help of the many cost drivers or the many activity cost pools
Like if we allocate the setup cost so we have to allocated with the number of machine setups.
For the inspection cost, the number of inspections is required so that the allocation could be done
Answer:
The statement is true, as it is an example of foreign direct investment.
Explanation:
Foreign direct investment is the direct investment by individuals or legal persons in production or business operations abroad. In this context, investments include both acquisition of foreign operations and expansion of own operations.
Foreign direct investment does not include the purchase of either shares or bonds per se. More specifically, the IMF has restricted direct investment on acquisitions to cases where the foreign investor owns 10% or more of the shares that give administrative rights in the business. Investment funds that can be classified as foreign direct investments therefore include equity deposits, reinvestments of dividends from the business, as well as the allocation of short-term and long-term loans between parent companies and subsidiaries.
Answer:
It is more convenient to produce the sails in house.
Explanation:
Giving the following information:
Riggs purchases sails at $ 250 each, but the company is considering using the excess capacity to manufacture the sails instead. The manufacturing cost per sail would be $ 100 for direct materials, $ 80 for direct labor, and $ 90 for overhead. The $ 90 overhead includes $ 78,000 of annual fixed overhead that is allocated using normal capacity.
Because there will not be an increase in fixed costs, we will not have them into account.
Variable overhead= 90 - (78,000/1,200)= 25
Unitary variable cost= 100 + 80 + 25= 205
It is more convenient to produce the sails in house.
If this is a true or false question, then yes, it is <u>true</u> that the selection of the factory overhead allocation method is important because the method selected determines the accuracy of the product cost.It is important to determine the appropriate method to allocate overhead in a certain factory so as to ensure that the cost of a product is suitable and accurate.
