Explanation:
The computation is shown below:
Particulars Cost Per unit in ($)
Direct Materials $6
Direct Labor $2
Variable Overhead $1.5
Fixed Cost ($77000 ÷ 35,000 units) $2.2
Total Cost per unit $11.7
So,
1. He will buy the product as it is a saving of $0.7 ($11.7 - $11)
2) The most price willing to pay is $11.7
3) And, There is increase in income by $24,500 by multiply the 35,000 units with the $0.7 per unit in case of buying the part
Answer:
b. $20.
Explanation:
Regardless of what the break-even volume is, at this volume profits are zero.
This means that any unit sold beyond this point will provide a profit equivalent to its marginal benefit, which is its selling price subtracted by its variable cost.
If a product sells for $50 and has a variable cost of $30, by selling one unit in excess of its break-even volume, the profit will be:
The profit will be $20.
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Answer:
maximum profit = $7500
so correct option is c $7500
Explanation:
given data
mean = 500
standard deviation = 300
cost = $10
price = $25
Inventory salvaged = $5
to find out
What is its maximum profit
solution
we get here maximum profit that is express as
maximum profit = mean × ( price - cost ) ..................................1
put here value in equation 1 we get maximum profit
maximum profit = mean × ( price - cost )
maximum profit = 500 × ( $25 - $10 )
maximum profit = 500 × $15
maximum profit = $7500
so correct option is c $7500
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