Answer:
Option C. The highest NPV is always the best option.
Explanation:
The reason is that IRR assumes that the reinvestment rate is also at IRR which is not a realistic assumption. The Net Present Value resolves this as it assumes that the reinvestment rate is cost of capital and hence is more better than IRR to appraise the project.
The decision rule in the Net present value method is that the project which has higher positive Net present value is regarded as best project among two mutually exclusive projects.
Answer:
65%
Explanation:
Calculation to determine its predetermined overhead rate for the next period should be:
Using this formula
OH rate = Estimated overhead next period/direct labor
Let plug in the formula
OH rate = $65,000/$100,000
OH rate = 65%
Therefore If CWN bases applied overhead on direct labor cost, its predetermined overhead rate for the next period should be: 65%
Answer:
$252,000
Explanation:
Calculation for the cost of goods sold for the Askew Company for the year ending June 30, 2021.
First step is to calculate the Net Purchase
Purchases 259,000
Less Purchase discounts (7,900)
Less Purchase returns (11,900)
Add Freight-in 20,800
Net purchase 260,000
Now let calculate the cost of goods sold
Inventory, 7/1/2020 33,900
Add 260,000
Less inventory balance ($41,900)
Cost of goods sold $252,000
Therefore the cost of goods sold for the Askew Company for the year ending June 30, 2021 will be $252,000
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Answer:
<u>DM variances:</u>
Price 2650
Quantity -4,800
<u>Labor Variances:</u>
Rate:-2,000
Efficiency 1400
Explanation:
<u>DM variances:</u>
Price
(std - actual) x actual quantity
(2.4 - 2.2) x 13,250 = 2,650
Quantity
(standard quantity - actual quantity) x std price
(7.5x1,500 - 13,250) x 2.4 = -4,800
<u>Labor Variances:</u>
Rate:
(std rate - actual rate) x actual hours
(7 - 9) x 1,000 = -2,000
actual rate = actual cost/actual hours = 9,000/1,000 = 9
Efficiency
(std hours - actual hours) x std rate
(1,500 x 0.8 - 1,000) x 7 = 1400