Question 1. square-based, and the sum of length, width, and beight must be 108 inL What are the dimensions of box with the greatest volume under these conditions? Your manager has asked you to design a rectangular box. The box must be a The box must be a square-based. Your goal is to find the length, width, and height under condition (length)+(width)+(height)-108) so that the box has the greatest volume. 1. Draw a picture and introduce notation (I might suggest using the letters V=volume, x=length, x-width and y-height). Write down the important relationships between the variables 2. Which quantity are you trying to maximize (V)? Write your desired quantity V as a function of only one variable (x)? 3. Find the value of x that yields the absolute maximum. (How do you know it's a maximum?) 4. For this optimal value of x, what is the associated value of y? What is the dimensions of box?

Elementary Algebra
17th Edition
ISBN:9780998625713
Author:Lynn Marecek, MaryAnne Anthony-Smith
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Chapter9: Roots And Radicals
Section9.4: Multiply Square Roots
Problem 311E: An artist wants to make a small monument in the shape of a square base topped by a right triangle,...
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Question 1.
square-based, and the sum of length, width, and beight must be 108 inL What are the dimensions
of box with the greatest volume under these conditions?
Your manager has asked you to design a rectangular box. The box must be a
The box must be a square-based. Your goal is to find the length, width, and height under
condition
(length)+(width)+(height)-108) so that the box has the greatest volume.
1. Draw a picture and introduce notation (I might suggest using the letters V=volume,
x=length, x-width and y-height). Write down the important relationships between the
variables
2. Which quantity are you trying to maximize (V)? Write your desired quantity V as a
function of only one variable (x)?
3. Find the value of x that yields the absolute maximum. (How do you know it's a
maximum?)
4. For this optimal value of x, what is the associated value of y? What is the dimensions of
box?
Transcribed Image Text:Question 1. square-based, and the sum of length, width, and beight must be 108 inL What are the dimensions of box with the greatest volume under these conditions? Your manager has asked you to design a rectangular box. The box must be a The box must be a square-based. Your goal is to find the length, width, and height under condition (length)+(width)+(height)-108) so that the box has the greatest volume. 1. Draw a picture and introduce notation (I might suggest using the letters V=volume, x=length, x-width and y-height). Write down the important relationships between the variables 2. Which quantity are you trying to maximize (V)? Write your desired quantity V as a function of only one variable (x)? 3. Find the value of x that yields the absolute maximum. (How do you know it's a maximum?) 4. For this optimal value of x, what is the associated value of y? What is the dimensions of box?
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