Saturday

January 24, 2015

January 24, 2015

Posted by **Michelle** on Wednesday, May 25, 2011 at 9:13pm.

roadside ditches for laying drainpipes. Its output follows the

production function:

Q = 10L -.1L2

where L denotes labor hours and Q the length of the ditch in meters. You

can hire labor at the going wage rate of $12 per hour. As the manager of

DD you want to earn as high a profit as possible.

(a) You have received an offer to excavate 250 meters for a lump sum

payment of $500. Should you accept the offer ? Explain with

appropriate calculations.

(b) Suppose that instead of the previous offer, you are now offered as

much or as little excavation work at a price of $2.00 per meter dug.

Should you accept the offer ? Why or why not ? If you accept the

offer calculate DD’s resulting profit. Also, calculate the optimal level

of output (meter dug) and the level of labor usage.

(iii) As a manager of a firm you find the marginal cost of the firm to be $10 and

the fixed cost $100. For the range of prices that you are planning to charge,

own price elasticity of demand is believed to be –1.5. Calculate the optimal

(profit maximizing) price that you should charge. Show all calculations.

**Answer this Question**

**Related Questions**

Math Calculus - Economists use production functions to describe how output of a ...

Math (UBC) - Economists use production functions to describe how output of a ...

managerial economics - Consider the following short-run production function (...

lavin - A firm has the following short-run production function: Q = 100L + 10L2...

Economics - Consider a profit maximizing competitive firm with the following ...

Economics - A firm uses a single plant with costs C = 160 + 16Q + .1Q2 and faces...

ECONOMICS - A firm uses a single plant with costs C= 160 +16Q +.1Q2 and faces ...

managerial economics - A firm uses a single plant with costs C= 160 +16Q +.1Q2 ...

economics - You are planning to estimate a short- run production function for ...

Math/Economics - Suppose that a firm has only one variable input, labor, and ...