Based on the above scenario, the production function is Y=K1/3L1/3H1/3.
<h3>What is production function?</h3>
The word production function is known to be an equation that is said to be the one that shows the relationship between the quantities of productive factors (that is labor and capital) that are said to be used and also the number of product that has been obtained.
Note that from the above, the equation that stands for Cobb-Douglas production function with three inputs. K is capital (the number of machines), L is labor, and H is human capital is Y=K1/3L1/3H1/3.
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brainly.com/question/25672041
If both consumers and producers are experiencing a surplus the market is efficient
Answer:
$950 in order to maximize the revenue.
Explanation:
The computation of monthly rent in order to maximize revenue is shown below:-
R (x) = Rent price per unit × Number of units rented
= ($900 + $10 x) × (100 - x)
= $90,000 - 900 x + 1000 x - 10 x^2
R (x) = -10 x^2 + 100 x + $90,000
Here to maximize R (x), we will find derivative and equal it to zero
R1 (x) = -20 x + 100 = 0
20 x = 100
x = 5
Therefore the monthly rent is p(5) = $900 + 10(5)
= $900 + 50
= $950 in order to maximize the revenue.
Answer:
See answers below
Explanation:
1 The predetermined overhead rate
= Cost of manufacturing overhead / Cost driver.
Where cost driver
= labor cost / labor rate
= $240,192 / $12.51
= 19,200 hours
Expected overhead
= depreciation + supervisor + supplies + property tax
= 56,500 + 140,000 + 46,400 + 27,750
Total overhead = 270,650
Overhead rate = 270,650 / 19,200
= 14.10 per hour
2. The amount t of applied overhead for of 18,500 actual hours were worked on
= 18,500 hours × $14.10
= $260,850
Answer:
$8,000
Explanation:
Data provided in the question:
Average cost of car = $25,000
Now,
Using the class recovery system of five years,
The rate of depreciation expense in year 2 of the MACRS is 32%
Therefore,
The depreciation expense in the year 2 will be
= Average cost of car × Rate of depreciation
= $25,000 × 32%
or
The depreciation expense in the year 2 = $8,000
