Answer:
The correct answer is D
Explanation:
Computation of allocation of factory overhead cost for the Job NO 117:
Now, computing the rate of overhead allocation as:
Pre- determined rate of overhead allocation = Estimated aggregate overhead / estimated number of labor hours
where
Estimated aggregate overhead is $95,000
Estimated number of labor hours is 9,500 hours
Putting the values above:
= $95,000 / 9,500 hours
= $10 per hour.
Computing the overhead cost to be allocated to Job No 117 as:
Overhead cost to be allocated to Job No 117 = Number of direct labor hours × pre- determined rate of overhead
where
Number of direct labor hours is 2,300 hours
Pre- determined rate of overhead allocation is 10 per hour
Putting the values above:
= 2,300 hours × $10 per hour
= $23,000
The market risk premium of Fund P will be 5.5%.
<h3>How to calculate the market risk premium?</h3>
It should be noted that as per CAPM, the return in stock will be:
= Risk free rate + Beta × Market risk premium
8.90% = 4.5% + 0.8 × Market risk premium.
Market risk premium = 5.5%
In conclusion, the market risk premium of Fund P will be 5.5%.
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If the company produces an additional 11th air conditioners, the daily costs would reach $1750.
A cost is the worth of money that has been expended to produce something or provide a service and is therefore no longer available for use in production, research, retail, and accounting. In the case of an acquisition cost, the money spent on the acquisition is considered the cost.
A total of $1500 per day is spent producing 10 air conditioners.
$250 is the daily cost of creating an extra air conditioner.
Cost per day total for manufacturing 11th air conditioners
= Daily production costs for 10th air conditioners plus daily production costs for a single additional air conditioner
= $1500 + $250
Therefore, the cost of manufacturing the 11th air conditioner = $1750
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Answer:
112 customers per day
Explanation:
For computing the needed capacity requirement, first we have to find out the new utilization rate which is shown below:
Capacity cushion = 100% - average utilization rate
25% = 100% - average utilization rate
So, the average utilization rate is 75%
Now the needed capacity requirement is
Utilization rate = Average output rate ÷ Maximum capacity × 100
75% = 84 ÷ Maximum capacity × 100
So, the maximum capacity is 112 customers per day
We simply applied the above formula to determine the needed capacity requirement
So in this case, you would need to find the present value (PV) of the monthly payments. With the information given, you would have a PV= 195,413.08, which is less than the lump sum payment. In this case, you would take the 1 time payment.
Another way to look at this is to calculate the future value (FV) of both payouts. For the lump sum payment, you would assume the same interest rate (6%) and at the end of the same 20 years period, your investment would be worth 662,040.90 while the monthly payment option would be worth 646,857.25
