3. A company manufactures a product which requires capital and labor to produce. The quantity, Q, of the product manufactured is given as a function Q = F(K, L) where K is the quantity of capital and L is the quantity of labor used. One unit of capital costs $4 in ten thousands and one unit of labor costs $2 in thousands. The price of the product is fixed at $6 per unit. (a) Suppose the following Cobb-Douglas production function is used Q = F(K, L) = 2K²/³L²/3¸ %D How much capital and labor should the company use to maximize its profit? (b) Investigate the same problem as in (a) with Q = F(K, I) = 2K1/312/3

Advanced Engineering Mathematics
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ISBN:9780470458365
Author:Erwin Kreyszig
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Chapter2: Second-order Linear Odes
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3. A company manufactures a product which requires capital and labor to
produce. The quantity, Q, of the product manufactured is given as a
function
Q = F(K, L)
where K is the quantity of capital and L is the quantity of labor used.
One unit of capital costs $4 in ten thousands and one unit of labor costs
$2 in thousands. The price of the product is fixed at $6 per unit.
(a) Suppose the following Cobb-Douglas production function is used
Q = F(K, L)
2K?/3 L²/3.
How much capital and labor should the company use to maximize its
profit?
(b) Investigate the same problem as in (a) with
Q = F(K, L) = 2K'/³ L²/3.
Transcribed Image Text:3. A company manufactures a product which requires capital and labor to produce. The quantity, Q, of the product manufactured is given as a function Q = F(K, L) where K is the quantity of capital and L is the quantity of labor used. One unit of capital costs $4 in ten thousands and one unit of labor costs $2 in thousands. The price of the product is fixed at $6 per unit. (a) Suppose the following Cobb-Douglas production function is used Q = F(K, L) 2K?/3 L²/3. How much capital and labor should the company use to maximize its profit? (b) Investigate the same problem as in (a) with Q = F(K, L) = 2K'/³ L²/3.
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