Answer:
$1,300,000
Explanation:
Given:
Number of workstation = 60
Cost of each workstation = $100,000
Additional Cost = 20,000,000
Computation of total cost:
= Total work station cost + Additional cost
= ($100,000 x 60) + $20,000,000
= $6,000,000 + $20,000,000
= $26,000,000
Assume Depreciation rate = 5%
Deprecation = Total Cost x Depreciation rate
= $26,000,000 x 5%
= $1,300,000
Answer:
The correct answer is letter "D": Opportunity cost.
Explanation:
Opportunity cost is described as the return of the choice selected over the potential return that could have been obtained from the choice left behind. It represents the return of the option chosen compared to the choice forgone. Opportunity costs is also defined as the return of the best next available option.
Answer: 4.7%
Explanation:
Expected return is calculated as:
= Risk free return + Beta ( Market risk premium)
10.8% = 5% + (1.22 × Market risk premium)
10.8% - 5% = 1.22market risk premium
5.8%/1.22 = market risk premium
Market risk premium = 0.058/1.22
Market risk premium = 0.047
Market risk premium = 4.7%
Answer:
Instructions are listed below
Explanation:
Giving the following information:
For the purchase option:
Buying price= $22 per unit.
For the make option:
Weekly rental payment of $30,800
The firm also has to hire five operators to help make product A. Each operator works eight hours per day, five days per week at the rate of $14 per hour.
The material cost for the make option is $15 per unit of product A.
A) We need to find the number of units that makes the unitary fixed costs= $7
Weekly rental= 30800
Direct labor= ($14*8 hours*5workes)*5 days= 2800
Total fixed costs= $33,600
Unitary fixed costs= total fixed costs/ Q
7=33600/Q
Q= 4800 units
B) Now Q= 6600
Buy= 6600*22= $145,200
Make= 6600*15 + 33600= $132,600
