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A company has the production function:

\[ y = 10^2k \]

The cost of the job is equal to 3000, and the interest rate is equal to 60000.

Determine:

a) What is the lowest cost necessary to produce \[ y = 40,000 \]?

The minimization process is set up.

Answer :

The lowest cost necessary to produce y 40,000 outputs is $24,003,000.

Given the production function y = 10²k, where k is the capital input, the cost necessary to produce y should be derived under given constraints.

a) Production Function: y = 10²k

To produce y = 40,000, we solve for k:

40,000 = 10²k
k = 40,000 / 10²

Since 10² = 100, we get:

k = 40,000 / 100 = 400 units of capital.

Cost Calculation:

The given cost of the job is $3,000 and the interest rate is $60,000. We need to calculate the total cost using these values.

Total Cost (TC) = Fixed Cost (FC) + Variable Cost (VC)

Given FC = 3000 and if VC includes interest rate:

When k = 400 and interest rate (i) = 60,000:

VC = k x interest rate

VC = 400 x 60,000

VC = 24,000,000

Total Cost:

TC = FC + VC
TC = 3,000 + 24,000,000
TC = 24,003,000

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Rewritten by : Barada

Based on the available information, the correct answer is the lowest cost necessary to produce y = 40,000 is 4,000.

To find the lowest cost necessary to produce y = 40,000, substitute y = 40,000 into the production function and solve for k.

Given:

y = 10²k

40,000 = 10²k

Dividing both sides by 10², we get:

k = 40,000 / 10²

k = 4,000

Therefore, the lowest cost necessary to produce y = 40,000 is 4,000.