Explanation Given Information: The total number of apples T ( x ) is the total number of trees times the yield per tree. Each tree produces 800 apples and total trees are 50. For every additional tree planted, the average output per tree drops by 10 apples. x More trees are planted. Calculation: Consider the provided information, The total number of apples T ( x ) is the total number of trees times the yield per tree. Each tree produces 800 apples and total trees are 50. For every additional tree planted, the average output per tree drops by 10 apples. x More trees are planted. Total trees = 50 + x Each tree will produce, y = 800 − 10 x The function for total number of apples T ( x ) which is the total numb

1st Edition

ISBN: 9781259218859

Author: David Sobecki Professor, Brian A. Mercer

Publisher: McGraw-Hill Education

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Chapter 4.8, Problem 22C

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To calculate: The function for total number of apples T(x) which is the total number of trees times the yield per tree. Each tree produces 800 apples and total trees are 50. For every additional tree planted, the average output per tree drops by 10 apples. x More trees are planted.

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Chapter 4.8, Problem 21C

Chapter 4.8, Problem 23C

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The function for total number of apples T ( x ) which is the total number of trees times the yield per tree. Each tree produces 800 apples and total trees are 50. For every additional tree planted, the average output per tree drops by 10 apples. x More trees are planted.

Solution Summary: The author explains that the function for total number of apples is T(x)=40,000+300x-10x

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To calculate: The function for total number of apples T(x) which is the total number of trees times the yield per tree. Each tree produces 800 apples and total trees are 50. For every additional tree planted, the average output per tree drops by 10 apples. x More trees are planted.

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