A manufacturer has modeled its yearly production function P (the monetary value of its entire production in millions of dollars) as a Cobb-Douglas function P(L, K) = 1.47L0.65K0.35 where L is the number of labor hours (in thousands) and K is the invested capital (in millions of dollars). Find P(100, 60) and interpret it. (Round your answers to one decimal place.) P(100, 60) = | monetary value of the production is about $ , so when the manufacturer invests $ million in capital and thousand hours of labor are completed yearly, the million.

Calculus: Early Transcendentals
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Chapter1: Functions And Models
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### Production Function Analysis

A manufacturer has modeled its yearly production function \( P \) (the monetary value of its entire production in millions of dollars) using a Cobb-Douglas function:

\[ P(L, K) = 1.47L^{0.65}K^{0.35} \]

where \( L \) is the number of labor hours (in thousands) and \( K \) is the invested capital (in millions of dollars). 

#### Problem Statement

Find \( P(100, 60) \) and interpret it. (Round your answers to one decimal place.)

\[ P(100, 60) = \boxed{ } \]

So when the manufacturer invests $ \boxed{ } million in capital and \boxed{ } thousand hours of labor are completed yearly, the monetary value of the production is about $ \boxed{} million.
Transcribed Image Text:### Production Function Analysis A manufacturer has modeled its yearly production function \( P \) (the monetary value of its entire production in millions of dollars) using a Cobb-Douglas function: \[ P(L, K) = 1.47L^{0.65}K^{0.35} \] where \( L \) is the number of labor hours (in thousands) and \( K \) is the invested capital (in millions of dollars). #### Problem Statement Find \( P(100, 60) \) and interpret it. (Round your answers to one decimal place.) \[ P(100, 60) = \boxed{ } \] So when the manufacturer invests $ \boxed{ } million in capital and \boxed{ } thousand hours of labor are completed yearly, the monetary value of the production is about $ \boxed{} million.
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