A firm has the following information on production Q.6 and costs from past data: Output (Y) 0 12 18 6 Total Cost (TC) 2775 5361 8199 If the total cost function is known to be TC = aY'+bY² + kY + ƒ ,...


Answer the last two parts which is


•Calculate the break even and profit maximizing levels of output and Price


• what is the relationship between price, marginal revenue and own Price elasticity of demand at the profit maximizing point




A firm has the following information on production<br>Q.6<br>and costs from past data:<br>Output<br>(Y) 0<br>12<br>18<br>6<br>Total Cost (TC)<br>2775<br>5361<br>8199<br>If the total<br>cost function is known<br>to be<br>TC = aY'+bY² + kY + ƒ , and the demand for the<br>product of the firm is Y = 320- (1/2). P answer the<br>following:<br>• Determine the coefficients of the cubic cost function.<br>Derive all cost and revenue curves and the profit<br>function.<br>Show that the MC cuts the AVC when AVC is at its<br>minimum point. Plot the relevant graph indicating all<br>points.<br>• Calculate the break even and profit maximizing levels of<br>output and price.<br>What is the relationship between price, marginal revenue<br>and own price elasticity of demand at the profit<br>maximization point.<br>

Extracted text: A firm has the following information on production Q.6 and costs from past data: Output (Y) 0 12 18 6 Total Cost (TC) 2775 5361 8199 If the total cost function is known to be TC = aY'+bY² + kY + ƒ , and the demand for the product of the firm is Y = 320- (1/2). P answer the following: • Determine the coefficients of the cubic cost function. Derive all cost and revenue curves and the profit function. Show that the MC cuts the AVC when AVC is at its minimum point. Plot the relevant graph indicating all points. • Calculate the break even and profit maximizing levels of output and price. What is the relationship between price, marginal revenue and own price elasticity of demand at the profit maximization point.

Jun 07, 2022
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