The maximize production of the goods while the production is given by Q = 3 ln ( x + 1 ) + 2 ln ( y + 1 ) , x and y are the quantities of the raw materials. The raw material x costs $ 6 million per kilogram and raw material y costs $ 3 million per kilogram. The net budget is $ 12 .

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Chapter 8.6, Problem 20P

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The maximize production of the goods while the production is given by Q=3ln(x+1)+2ln(y+1), x and y are the quantities of the raw materials. The raw material x costs $6 million per kilogram and raw material y costs $3 million per kilogram. The net budget is $12.

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Consider the region below f(x) = (11-x), above the x-axis, and between x = 0 and x = 11. Let x; be the midpoint of the ith subinterval. Complete parts a. and b. below. a. Approximate the area of the region using eleven rectangles. Use the midpoints of each subinterval for the heights of the rectangles. The area is approximately square units. (Type an integer or decimal.)

Rama/Shutterstock.com Romaset/Shutterstock.com The power station has three different hydroelectric turbines, each with a known (and unique) power function that gives the amount of electric power generated as a function of the water flow arriving at the turbine. The incoming water can be apportioned in different volumes to each turbine, so the goal of this project is to determine how to distribute water among the turbines to give the maximum total energy production for any rate of flow. Using experimental evidence and Bernoulli's equation, the following quadratic models were determined for the power output of each turbine, along with the allowable flows of operation: 6 KW₁ = (-18.89 +0.1277Q1-4.08.10 Q) (170 - 1.6 · 10¯*Q) KW2 = (-24.51 +0.1358Q2-4.69-10 Q¹²) (170 — 1.6 · 10¯*Q) KW3 = (-27.02 +0.1380Q3 -3.84-10-5Q) (170 - 1.6-10-ºQ) where 250 Q1 <1110, 250 Q2 <1110, 250 <3 < 1225 Qi = flow through turbine i in cubic feet per second KW = power generated by turbine i in kilowatts

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Answer 2

Question

Chapter 8.6, Problem 20P

To determine

To calculate:

The maximize production of the goods while the production is given by Q=3ln(x+1)+2ln(y+1), x and y are the quantities of the raw materials. The raw material x costs $6 million per kilogram and raw material y costs $3 million per kilogram. The net budget is $12.

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Answer 3

Question

Chapter 8.6, Problem 20P

To determine

To calculate:

The maximize production of the goods while the production is given by Q=3ln(x+1)+2ln(y+1), x and y are the quantities of the raw materials. The raw material x costs $6 million per kilogram and raw material y costs $3 million per kilogram. The net budget is $12.

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Answer 4

Question

Chapter 8.6, Problem 20P

To determine

To calculate:

The maximize production of the goods while the production is given by Q=3ln(x+1)+2ln(y+1), x and y are the quantities of the raw materials. The raw material x costs $6 million per kilogram and raw material y costs $3 million per kilogram. The net budget is $12.

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Answer 5

Chapter 8.6, Problem 20P

To determine

To calculate:

The maximize production of the goods while the production is given by Q=3ln(x+1)+2ln(y+1), x and y are the quantities of the raw materials. The raw material x costs $6 million per kilogram and raw material y costs $3 million per kilogram. The net budget is $12.

Answer 6

Chapter 8.6, Problem 20P

To determine

To calculate:

The maximize production of the goods while the production is given by Q=3ln(x+1)+2ln(y+1), x and y are the quantities of the raw materials. The raw material x costs $6 million per kilogram and raw material y costs $3 million per kilogram. The net budget is $12.

Answer 7

Chapter 8.6, Problem 20P

To determine

To calculate:

The maximize production of the goods while the production is given by Q=3ln(x+1)+2ln(y+1), x and y are the quantities of the raw materials. The raw material x costs $6 million per kilogram and raw material y costs $3 million per kilogram. The net budget is $12.

Answer 8

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Answer 9

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Answer 10

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Answer 11

Ch. 8.1 - Prob. 1P Ch. 8.1 - Prob. 2P Ch. 8.1 - Prob. 3P Ch. 8.1 - Prob. 4P Ch. 8.1 - Prob. 5P Ch. 8.1 - Prob. 6P Ch. 8.1 - Prob. 7P Ch. 8.1 - Prob. 8P Ch. 8.1 - Prob. 9P Ch. 8.1 - Prob. 10P

The maximize production of the goods while the production is given by Q = 3 ln ( x + 1 ) + 2 ln ( y + 1 ) , x and y are the quantities of the raw materials. The raw material x costs $ 6 million per kilogram and raw material y costs $ 3 million per kilogram. The net budget is $ 12 .

Solution Summary: The author calculates the maximum production of goods for x=1.1andy=1.8.

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To calculate:

The maximize production of the goods while the production is given by Q=3ln(x+1)+2ln(y+1), x and y are the quantities of the raw materials. The raw material x costs $6 million per kilogram and raw material y costs $3 million per kilogram. The net budget is $12.

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Chapter 8 Solutions

The maximize production of the goods while the production is given by Q = 3 ln ( x + 1 ) + 2 ln ( y + 1 ) , x and y are the quantities of the raw materials. The raw material x costs $ 6 million per kilogram and raw material y costs $ 3 million per kilogram. The net budget is $ 12 .

Solution Summary: The author calculates the maximum production of goods for x=1.1andy=1.8.

Videos

To calculate: The maximize production of the goods while the production is given by Q=3ln(x+1)+2ln(y+1), x and y are the quantities of the raw materials. The raw material x costs $6 million per kilogram and raw material y costs $3 million per kilogram. The net budget is $12.

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Chapter 8 Solutions

To calculate:

The maximize production of the goods while the production is given by Q=3ln(x+1)+2ln(y+1), x and y are the quantities of the raw materials. The raw material x costs $6 million per kilogram and raw material y costs $3 million per kilogram. The net budget is $12.