Answer:
$55 per unit
Explanation:
The computation of the total cost per unit of the product is shown below:
= Total cost incurred ÷ number of units manufactured
= $132,000 ÷ 2,400 units
= $55 per unit
BY dividing the total cost incurred with the number of units manufactured we can get the total cost per unit
All other information i.e shown is not relevant. Hence, ignored it
Answer:
option (b) $69,768
Explanation:
Data provided in question:
Estimated manufacturing overhead = $73,440
Estimated machine-hours = 1,800
Actual manufacturing overhead = $68,700
Actual machine-hours = 1,710
now,
The predetermined overhead rate = 
or
The predetermined overhead rate = 
or
The predetermined overhead rate = $40.8 per hour
Therefore,
The applied manufacturing overhead for the year
= Actual machine-hours × predetermined overhead rate
= 1,710 × $40.8
= $69,768
Hence,
the correct answer is option (b) $69,768
Im gonna guess tax deduction
Answer:
10%
Explanation:
Since the bond is selling at a discount, it means that the coupon rate is blow the market rate, so the actual rate must be higher. Since there is only one option with an interest rate above 9%, we must check to see if it works.
10% yearly interest rate = 5% semiannual interest rate
we must determine the PV of the 20 coupons paid and the face value at maturity.
to calculate the PV of the 20 coupons ($45 each) we can use an excel spreadsheet and the NPV function with a 5% discount rate: PV of the coupons = $560.80
the PV of the face value in 10 years = $1,000 / 1.05²⁰ = $376.89
the present value of the coupons and the bond at maturity = $560.80 + $376.89 = $937.69. The PV using a 5% semiannual rate is very similar to $937.75, and since the question asked us to round up to the nearest whole percent, we can assume it is correct.
