Answer:
The value of X that gives maximum profit is <u>15.92</u>.
Explanation:
Before answering the question, Y and Revenue (R) given in the question are first correctly restated as follows:
Cost = Y = 11 + 0.4X + 0.29X^2 .......................................... (1)
Revenue = R = 16X − 0.2X^2 .............................................. (2)
Differentiating each of equations (1) and (2) with respect to X to obtain marginal cost (MC) and marginal revenue (MR), we have:
dY/dX = MC = 0.4 + 0.58X .................................................. (4)
dR/dX = MR = 16 - 0.4X ....................................................... (5)
In production theory, profit is maximized when MR = MC. Therefore, we equate equations (4) and (5) and solve for X as follows:
0.4 + 0.58X = 16 - 0.4X
0.58X + 0.4X = 16 - 0.4
0.98X = 15.6
X = 15.6 / 0.98
X = 15.92
Therefore, the value of X that gives maximum profit is <u>15.92</u>.
False is correct answer.
Hope it helped you.
-Charlie
When the price for a good or service is high then supply increases.
Price is the sum that the producer receives for each unit of an item or service that is sold. A rise in price nearly always results in a rise in the amount of that good or service supplied, whereas a fall in price results in a fall in the amount supplied.
The widespread consensus is that demand slopes downward because customers buy less when prices are greater. The price at which supply and demand are equal is represented by the intersection of the two curves as the market-clearing price.
When a good's price is higher than equilibrium, this indicates that there is more supply of the good than demand for it. The product is available in excess on the market.
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The payback period of the machine is 5 years when the cost of acquiring a machine is $10,000 with a net yearly cash flow is $2,000 per year.
<h3>What is a payback period?</h3>
The payback period is the method of identifying the recovery duration of the invested amount on a long-term project. It is expressed in terms of years.
Given values:
Cost of acquiring a machine: $10,000
Yearly cash flows: $2,000
Computation of payback period of the machine:

Therefore, when an investment is made on a machine of $10,000 with annual cash flows of $2,000, then the payback period comes out to be as 5 years.
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