A firm's production function is given by Q = 2L2 + 3K/2 where Q, L andK denote the number of units of output, labour and capital, respectively. Labour costs are $2 per unit, capital costs are $1 per unit and output sells at $8 per unit. If the firm is prepared to spend $99 on input costs, find the maximum profit and the values of K and L at which it is achieved.

Advanced Engineering Mathematics
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ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
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A firm’s production function is given by
Q = 2L^(1/2) + 3K^(1/2)
where Q, L, and K denote the number of units of output, labour and capital, respectively. Labour costs are $2 per unit, capital costs are $1 per unit and output sells at $8 per unit. If the firm is prepared to spend $99 on input costs, find the maximum profit and the values of K and L at which it is achieved.

A firm's production function is given by
Q = 2L2 + 3K1/2
where Q, L and K denote the number of units of output, labour and capital, respectively.
Labour costs are $2 per unit, capital costs are $1 per unit and output sells at $8 per unit.
If the firm is prepared to spend $99 on input costs, find the maximum profit and the
values of K and L at which it is achieved.
Transcribed Image Text:A firm's production function is given by Q = 2L2 + 3K1/2 where Q, L and K denote the number of units of output, labour and capital, respectively. Labour costs are $2 per unit, capital costs are $1 per unit and output sells at $8 per unit. If the firm is prepared to spend $99 on input costs, find the maximum profit and the values of K and L at which it is achieved.
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