Complete Question:
Collegiate Rings produces class rings. Its best-selling model has a direct materials standard of 8 grams of a special alloy per ring. This special alloy has a standard cost of $65.40 per gram. In the past month, the company purchased 8,700 grams of this alloy at a total cost of $567,240. A total of 8,300 grams were used last month to produce 1,000 rings. Read the requirements. Requirement 1. What is the actual cost per gram of the special alloy that Collegiate Rings purchased last month? (Round your answer to the nearest cent.) The actual cost per gram of the special alloy that Collegiate Rings purchased last month is $
Answer:
Collegiate Rings
The actual cost per gram of the special alloy that Collegiate Rings purchased last month is $65.20
Explanation:
Calculations:
Actual Cost per gram of special alloy = Total Actual Cost/Total Actual Quantity
= 567,240/8,700 grams
= $65.2
This value represents the cost of the special alloy per gram. It is obtained as calculated above. Price or cost per unit is always equal to the actual cost divided by the total quantity. The actual cost will be equal to the price charged by the supplier less any discounts or special allowances.
Answer:
If the amount is 1 for example,
And the bank does not want to pay more than 4%, then the amount will be,
4/100 ×1= 0.04
Answer:
Production cost per unit $80.59
Explanation:
The computation of the production cost per unit using absorption costing is shown below:
Direct labor per unit $28
Direct material per unit $29
Variable overhead per unit $20 ($760,000 ÷ 38,000 units)
Fixed overhead per unit $3.59 ($136,420 ÷ 38,000 units)
Production cost per unit $80.59
We simply added all the cost per unit so that the production cost per unit could come
What poster are you referring to? There’s nothing there but the question
