The Cobb-Douglas production function for a particular product is N(x,y) = 40xy2, where x is the number- each unit of capital costs $120. Answer the questions (A) and (B) below. funits labor and y is the number of units of capital required to produce N(x, y) units of the product. Each unit of labor costs $60 and (A) If $1,200,000 is budgeted for production of the product, determine how that amount should be allocated maximize production, and find the maximum production. (B) Find the marginal productivity of money in this case, and estimate the increase in production if an additional $50,000 is budgeted for the production of the product. (A) If $1,200,000 is budgeted for production of the product, detemine how that amount should be allocated to maximize production, and find the maximum production. Production will be maximized when using units of labor and units of capital. The maximum production is approximately (Round to the nearest integer as needed.) units. (B) Find the marginal productivity of money in this case, and estimate the increase in production if an additional $50.c00 is budgeted for the production of the product. The marginal productivity of money is approximately (Round to four decimal places as needed.) The increase in production is approximately (Round to the nearest unit as needed.) units.
The Cobb-Douglas production function for a particular product is N(x,y) = 40xy2, where x is the number- each unit of capital costs $120. Answer the questions (A) and (B) below. funits labor and y is the number of units of capital required to produce N(x, y) units of the product. Each unit of labor costs $60 and (A) If $1,200,000 is budgeted for production of the product, determine how that amount should be allocated maximize production, and find the maximum production. (B) Find the marginal productivity of money in this case, and estimate the increase in production if an additional $50,000 is budgeted for the production of the product. (A) If $1,200,000 is budgeted for production of the product, detemine how that amount should be allocated to maximize production, and find the maximum production. Production will be maximized when using units of labor and units of capital. The maximum production is approximately (Round to the nearest integer as needed.) units. (B) Find the marginal productivity of money in this case, and estimate the increase in production if an additional $50.c00 is budgeted for the production of the product. The marginal productivity of money is approximately (Round to four decimal places as needed.) The increase in production is approximately (Round to the nearest unit as needed.) units.
Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
Section: Chapter Questions
Problem 1RQ
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Transcribed Image Text:The Cobb-Douglas production function for a particular product is N(x,y) = 40xy2, where x is the number-
each unit of capital costs $120. Answer the questions (A) and (B) below.
funits
labor and y is the number of units of capital required to produce N(x, y) units of the product. Each unit of labor costs $60 and
(A) If $1,200,000 is budgeted for production of the product, determine how that amount should be allocated
maximize production, and find the maximum production.
(B) Find the marginal productivity of money in this case, and estimate the increase in production if an additional $50,000 is budgeted for the production of the product.
(A) If $1,200,000 is budgeted for production of the product, detemine how that amount should be allocated to maximize production, and find the maximum production.
Production will be maximized when using
units of labor and units of capital.
The maximum production is approximately
(Round to the nearest integer as needed.)
units.
(B) Find the marginal productivity of money in this case, and estimate the increase in production if an additional $50.c00 is budgeted for the production of the product.
The marginal productivity of money is approximately
(Round to four decimal places as needed.)
The increase in production is approximately
units.
(Round to the nearest unit as needed.)
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