1. 1400 cm² of material is available to create a box with a square base, and a closed top. Draw a diagram and label the knowns and unknowns, then find a formula for the volume of such a box, as a function of a single variable.

Mathematics For Machine Technology
8th Edition
ISBN:9781337798310
Author:Peterson, John.
Publisher:Peterson, John.
Chapter47: Applications Of Formulas To Cutting Speed, Revolutions Per Minute, And Cutting Time
Section: Chapter Questions
Problem 44A: Compute the following problems. Express the answers to 1 decimal place. Use: T=LFN Seven brass...
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1. 1400 cm² of material is available to create a box with a square base, and a closed top. Draw a diagram
and label the knowns and unknowns, then find a formula for the volume of such a box, as a function
of a single variable.
2. A farmer has 1200 feet of fencing to enclose a trapezoidal field along a slanted river, as shown in the
diagram below. One of the parallel sides is three times longer than the other. No fence is needed along
the river. The farmer wishes to make the area of the field as large as possible. Use the diagram below
to identify the objective (primary) equation and the constraint (secondary) equation.
3x
river
Y
Transcribed Image Text:1. 1400 cm² of material is available to create a box with a square base, and a closed top. Draw a diagram and label the knowns and unknowns, then find a formula for the volume of such a box, as a function of a single variable. 2. A farmer has 1200 feet of fencing to enclose a trapezoidal field along a slanted river, as shown in the diagram below. One of the parallel sides is three times longer than the other. No fence is needed along the river. The farmer wishes to make the area of the field as large as possible. Use the diagram below to identify the objective (primary) equation and the constraint (secondary) equation. 3x river Y
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