I agree that the y is connected to fry nye the answer would have to be so be it through the needs
Answer:
Residual or salvage value isn't needed in the calculation of deprecation expense using the double declining method.
Explanation:
Deprecation expense using the double declining method = [2 ×(1/useful life)] × cost of the asset
I hope my answer helps you
The amount of annual depreciation by the straight-line method is $18,800.
<h3>Annual depreciation</h3>
a. Annual depreciation
Annual depreciation=[($80,000 - $4,800) ÷ 4]
Annual depreciation=$18,800
b. Annual depreciation
Year 1 Annual depreciation= 10% × $80,000
Year 1 Annual depreciation = $8,000
Year 2 Annual depreciation= 10% × ($75,000 - $7,500)
Year 2 Annual depreciation = $7,520
Therefore the amount of annual depreciation by the straight-line method is $18,800.
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Answer:
$6.25 per yard
Explanation:
The computation of the standard price per yard of material for its safety suits is shown below:
Material quantity variance = Standard Price × (Actual quantity - Standard quantity)
-$5,000 = Standard price × (10,000 - 10,800)
Standard price = -$5,000 ÷ (-800)
= $6.25 per yard
Hence, the standard price per yard of material for its safety suits is $6.25 per yard
Answer:
C. 120
Explanation:
The computation is shown below:
(L × K)
<u>Labor L Capital K Quantity of Output Q Total cost TC</u>
1 2 2 $40
2 4 8 $80
(2 × $20 + 4 × $10)
3 6 18 $120
(3 × $20 + 6 × $10)
4 8 32 $160
(4 × $20 + 8 × $10)
As we can see that if we considered 3 units of labor so the total cost is $120
Hence, the correct option is c.