Your company is going to make its own boxes! It has been decided the box should hold 0.02m3 (0.02 cubic meters which is equal to 20 liters) of nuts and bolts. The box should have a square base, and double thickness top and bottom. Cardboard costs Php 0.30 per square meter. It is up to you to decide the most economical size. Step One: Draw a sketch! Step Two: Make Formulas. Step Three: Make a Single Formula For Cost Step Four: Plot it and find minimum cost Step Five: Recommendations
Your company is going to make its own boxes! It has been decided the box should hold 0.02m3 (0.02 cubic meters which is equal to 20 liters) of nuts and bolts. The box should have a square base, and double thickness top and bottom. Cardboard costs Php 0.30 per square meter. It is up to you to decide the most economical size. Step One: Draw a sketch! Step Two: Make Formulas. Step Three: Make a Single Formula For Cost Step Four: Plot it and find minimum cost Step Five: Recommendations
Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
Section: Chapter Questions
Problem 1RQ
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Your company is going to make its own boxes!
It has been decided the box should hold 0.02m3 (0.02 cubic meters
which is equal to 20 liters) of nuts and bolts.
The box should have a square base, and double thickness top and
bottom.
Cardboard costs Php 0.30 per square meter.
It is up to you to decide the most economical size.
Step One: Draw a sketch!
Step Two: Make Formulas.
Step Three: Make a Single Formula For Cost
Step Four: Plot it and find minimum cost
Step Five: Recommendations
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