Answer:
C. straight back chairs will be overcosted
Explanation:
Miller Company makes two types of chairs. One of the chairs is a rocking chair. The other is a straight-back chair. Both chairs are made by hand. Miller Company uses a company-wide overhead rate that is based on direct labor hours to assign overhead costs to the two products. If Miller automates the production of straight-back chairs and continues to use direct labor hours as a company-wide allocation basis:
A. rocking chairs will be undercosted
B. There should be no impact on unit cost
C. straight back chairs will be overcosted
D. rocking chairs will be overcosted.
EXPLANATION
If Miller automates the production of straight-back chairs and continues to use direct labor hours as a company-wide allocation basis then the straight back chairs will be overcosted<u> because the automation process directly implies that it no longer drives labor hours since it is no longer made by hand.</u>
Automated processes should use machine hours rather than labor hours, for the allocation of its overhead.
Answer:
DR Work in Progress Account $39,650
DR Factory Overhead Account $18,440
CR Wages Payable $58,090
(To record factory Labor Costs)
Workings
Work in Progress
Standard policy is to send the direct cost of Labor to the Work in Progress Account.
The Total direct cost of labor are all of the above except the Indirect cost.
= 3,460 + 2,870 + 5,260 + 5,950 + 3,630 + 2,380 + 16,120
= $39,650
<span>Buying a bond does not constitute ownership in a company. In the event that Touchtech, or any firm that issues a bond, runs into financial difficulty, bondholders are the first to be paid. Sean, as a bondholder, would be among the first paid.</span>
Answer:
D. -4/5
Explanation:
Given that
Wage rate = $20 per hour
Cost of capital = $25 per hour
Recall that,
Slope of isocost = -(w/r)
Where,
W = wage rate
r = rental cost of capital.
Thus,
Slope of isocost curve
= -(20/25)
= -0.8 or -4/5
Note that, the negative of the ratio is the price of the two inputs. Also isocost is a line showing the various combinations of inputs which cost the same amount.
Answer:
$1.5 per pound
Explanation:
The computation of the material price variance is shown below:
Material price variance = Actual Quantity × Actual Price - Actual Quantity × Standard Price
$5,000 = 10,000 pounds × $2 - 10,000 pounds × Standard price
$5,000 = $20,000 - 10,000 pounds × Standard price
So, the standard price would be
= $15,000 ÷ 10,000 pounds
= $1.5 per pound
