Answer:
Variable cost per unit= $2.27 per machine hour
Explanation:
Giving the following information:
January 3,041 $4,032
February 3,456 $4,608
March 4,147 $6,912
April 5,184 $9,101
May 3,686 $5,760
June 5,322 $9,216
To calculate the unitary variable cost, we need to use the following formula:
Variable cost per unit= (Highest activity cost - Lowest activity cost)/ (Highest activity units - Lowest activity units)
Variable cost per unit= (9,216 - 4,032) / (5,322 - 3,041)
Variable cost per unit= $2.27 per machine hour
Answer:
$1,160,300
Explanation:
Total Manufacturing Costs are all costs related to the production of goods to be sold. This consists of direct costs such as labor and material and other indirect costs such as electricity and rentals.
<u>Calculation of total manufacturing costs :</u>
Cost of goods manufactured 1,030,300
Add Closing Work In Process 130,000
Less Beginning Work In Process 0
Total manufacturing costs $1,160,300
A machine would cost $142,000 and the depreciation of $98,000
Answer:
8.60%
Explanation:
We use the MM proposition II with taxes
ra 0.125
D 5000
E 9600 (14,600 assets = 5,000 liab + equity)
rd ??
taxes 0.34
re 0.1384
We set p the formula and solve:
rd = 0.860181818 = 8.60%
Answer:
2 and 4
Explanation:
Japanese worker can produce 6 units of steel or 3 televisions per hour.
Korean worker can produce 8 units of steel or 2 televisions per hour.
Opportunity cost is the cost of the lost alternative. So when the country decides to produce only televisions it has to give up on steel production. Thus, the units of steel forgone for each unit of television gained is an opportunity cost of a television.
Thus,
Opportunity cost of television for Japan = 
Opportunity cost of television for Korea = 
