Answer:
$659,277
Explanation:
The computation of the manufacturing labor dollars per year over the three year period of performance is shown below:
For 3 year it is
= 3 × 1,800 hours × $31
= $167,400
For 4.5 years, it is
= 4.5 × 1,800 hours × $31 × 1.025
= $257,377.50
Foe 4 years, it is
= 4 × 1,800 hours × $31 × 1.025 × 1.025
= $254,499.50
So, the manufacturing labor dollars per year is
= $167,400 + $257,377.50 + $254,499.50
= $659,277
I think this is a trick question. Say, there are 2 pounds of cocoa / 1 gallon of chocolate ice cream. But then the problem only mentions the production of eight gallons of <em>strawberry</em> ice cream, not chocolate ice cream.
However, if they're somehow related (like they are made from the same machine), then you need 16 pounds of cocoa to produce 8 gallons of chocolate ice cream.
Answer:
$2.07
Explanation:
the complete answer details is found in the attachment below
Answer:
Cost per unit under variable costing $
Direct material 110
Direct labour 150
Variable manufacturing overhead <u> 75 </u>
Cost per unit <u>335 </u>
<u />
Cost per unit under absorption costing $
Direct material 110
Direct labour 150
Variable manufacturing overhead 75
Fixed manufacturing overhead ($2,700,000/90,000) <u>30</u>
Cost per unit <u>365</u>
Explanation:
In variable costing, cost per unit is calculated by the addition of all variable costs while in absorption costing, fixed manufacturing overhead application rate is added to the variable costs in order to obtain the cost per unit.
Answer:
$3,604
Explanation:
Calculation for what Smith's deferred income tax expense or benefit would be:
Using this formula
Deferred income tax expense =(favorable temporary difference-unfavorable temporary difference)*Tax rate
Let plug in the formula
Deferred income tax expense =($51,200-$40,600)*21%
Deferred income tax expense =$10,600*34%
Deferred income tax expense =$3,604
Therefore Smith's deferred income tax expense or benefit would be:$3,604
