Answer:
C.$16 of overhead cost should be assigned to each wooden gazebo and
$40 of overhead cost should be assigned to each metal gazebo
Explanation:
2,000 wooden x 4 hours = 8,000 labor hours
500 metal x 10 = 5,000 labor hours
total hours 13,000
single manufacturing overhead: 52,000 / 13,000 = $4 per labor hours
wooden gazebos: 4hours x $4 = $ 16
metal gazebos: 10 hours x $4 = $40
Answer:
The formula for average is =AVERAGE(E15,E16).
The formula for highest is =MAX(F15,F16).
The formula for lowest is =MIN(G15,G16).
Explanation:
In MS Excel, on the left hand side below the tool bar there is a small box which tells the cell name where the cursor is clicked, the name of the cell can be changed from here easily, click on the desired cell and then by clicking on the box you can enter the name of the cell. After a cell is renamed the formula can be written by simply putting the name of the cell instead of the original e.g. E13
The formula for average is =AVERAGE(E15,E16).
The formula for highest is =MAX(F15,F16).
The formula for lowest is =MIN(G15,G16).
The cells provided in the formula above is just an example and more than two cells can be selected.
Answer:
Under the lower-of-cost-or- net realizable value basis of accounting for inventories, the value that Taylor should report for the TVs on the balance sheet is $350 × 5 = $1,750
Explanation:
The lower-of-cost-or- net realizable value basis of accounting for inventories values inventory at the lower of its cost or net realizable value. This basis of accounting gives a <em>faithful representation</em> to the users of the value of assets in inventory that firm holds. This is also <em>prudent</em> in that profits are not overstated in the Income statement.
Answer:
(B) $38,446,000
Explanation:
Assuming a linear depreciation model, depreciation will occur at the same rate each year. Since the total after 15 years is 90% of the original value, the percentage depreciated per year is given by:

The book value (V) of this purchase after the first year will be:

Therefore, the answer is (B) $38,446,000