The marginal product of labor is 10.
Data and Calculations:
Production function = Q = 20K0.5L0.5 = 20 x K x 0.5 x L x 0.5
Where:
Q = number of surgeries per day
K = number of machines
L = number of employees
Assuming that:
K = 2
L = 2
Therefore, Q1 = 20 x 2 x 0.5 x 2 x 0.5
= 20 surgeries per day
Q2 = 20 x 2 x 0.5 x 3 x 0.5
= 30 surgeries per day
Change in productivity = 10 (30 - 20)
Change in labor = 1 (3 - 2)
Marginal product of labor = change in output / change in labor
= 10 (10/1)
Thus, the marginal product of labor for the production function is 10.
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Answer:
$93,750
Explanation:
Required: "<em>Calculate the overhead assigned to the fabric case using the traditional costing system based on direct labor hours."</em>
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Total estimated overhead costs (A) = 150,000
Total labor hours (B) = 15,000 + 9,000 = 24,000
Overhead allocation rate (C) = A/B = 150,000/24,000
Overhead allocation rate (C) = $6.25 Per labor hour
Total labor hours used by Fabric case (D) = 15,000 Hours
Overhead assigned to the fabric case (C*D) = $6.25 Per labor hour * 15,000 Hours = $93,750
Answer:
Ask your question <u>properly</u>
<u>and </u><u>also </u><u>follow </u><u>me </u>
Answer:
Explanation:
Android Bio-Mutant Cyclops
Direct labor per unit 48 24 60
Divide by Direct labor rate 12 12 12
Direct labor hours per unit 4 2 5
Android Bio-Mutant Cyclops
Selling price 100 77 125
Less: Variable costs
Direct labor 48 24 60
Direct materials 9 8 16
Variable overhead 7 4 9
Total Variable costs 64 36 85
Unit Contribution margin 36 41 40
Divide by Direct labor hours per unit 4 2 5
Contribution margin per labor hour 9.00 20.50 8.00
<em>As shown in the above estimates, producing Bio-mutant is much more lucrative</em>
<em>Total contribution margin 20500 =1000 * 20.5</em>