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A farmer plans to fence in a rectangular pasture adjacent to a river (see figure below). The pasture must contain 204800 square meters. No fencing is need along the river. Follow the steps below to find the length a and width y of the rectangular pasture that will require the least amount of fencing. River Pasture Part 1: Part 2: Part 3: The Pasture is constructed under a given constraint. What is the primary factor of that given constraint? O Area Fencing Part 4: The Contraint is an area of 204800 square meters. Write an equation for the area in terms of x and y. This is called the secondary equation. 204800 square meters (secondary);

A farmer plans to fence in a rectangular pasture adjacent to a river (see figure below). The pasture must contain 204800 square meters. No fencing is need along the river. Follow the steps below to find the length a and width y of the rectangular pasture that will require the least amount of fencing. River Pasture Part 1: Part 2: Part 3: The Pasture is constructed under a given constraint. What is the primary factor of that given constraint? O Area Fencing Part 4: The Contraint is an area of 204800 square meters. Write an equation for the area in terms of x and y. This is called the secondary equation. 204800 square meters (secondary);

College Algebra (MindTap Course List)
College Algebra (MindTap Course List)
12th Edition
ISBN:9781305652231
Author:R. David Gustafson, Jeff Hughes
Publisher:R. David Gustafson, Jeff Hughes
Chapter6: Linear Systems
Section6.8: Linear Programming
Problem 33E
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A farmer plans to fence in a rectangular pasture adjacent to a river (see figure below). The pasture must contain 204800 square meters. No fencing is need along the river. Follow the steps below to find the length x and width y of the rectangular pasture that will require the least amount of fencing. River Pasture y y Part 1: Part 2: Part 3: The Pasture is constructed under a given constraint. What is the primary factor of that given constraint? Area Fencing Part 4: The Contraint is an area of 204800 square meters. Write an equation for the area in terms of x and y. This is called the secondary equation. 204800 square meters (secondary); >>
Transcribed Image Text:A farmer plans to fence in a rectangular pasture adjacent to a river (see figure below). The pasture must contain 204800 square meters. No fencing is need along the river. Follow the steps below to find the length x and width y of the rectangular pasture that will require the least amount of fencing. River Pasture y y Part 1: Part 2: Part 3: The Pasture is constructed under a given constraint. What is the primary factor of that given constraint? Area Fencing Part 4: The Contraint is an area of 204800 square meters. Write an equation for the area in terms of x and y. This is called the secondary equation. 204800 square meters (secondary); >>
A farmer plans to fence in a rectangular pasture adjacent to a river (see figure below). The pasture must contain 204800 square meters. No fencing is need along the river. Follow the steps below to find the length x and width y of the rectangular pasture that will require the least amount of fencing. River Pasture y y Part 1: Part 2: Part 3: The Pasture is constructed under a given constraint. What is the primary factor of that given constraint? Area Fencing Part 4: The Contraint is an area of 204800 square meters. Write an equation for the area in terms of x and y. This is called the secondary equation. 204800 square meters (secondary); >>
Transcribed Image Text:A farmer plans to fence in a rectangular pasture adjacent to a river (see figure below). The pasture must contain 204800 square meters. No fencing is need along the river. Follow the steps below to find the length x and width y of the rectangular pasture that will require the least amount of fencing. River Pasture y y Part 1: Part 2: Part 3: The Pasture is constructed under a given constraint. What is the primary factor of that given constraint? Area Fencing Part 4: The Contraint is an area of 204800 square meters. Write an equation for the area in terms of x and y. This is called the secondary equation. 204800 square meters (secondary); >>
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