A clerk must use the elevator to move boxes of paper. The elevator's maximum weight limit is 1441 pounds. If each box of paper weighs 61 pounds and the clerk weighs 149 pounds, use an inequality to find the number of whole boxes she can move on the elevator at one time. a. Give the answer as an inequality. b. Explain the meaning of the answer to part a. a. Let x represent the number of boxes. Translate into an inequality. Fill in the blanks below. Clerks weight + number of boxes times weight of each box ≤ elevator maximum weight
A clerk must use the elevator to move boxes of paper. The elevator's maximum weight limit is 1441 pounds. If each box of paper weighs 61 pounds and the clerk weighs 149 pounds, use an inequality to find the number of whole boxes she can move on the elevator at one time. a. Give the answer as an inequality. b. Explain the meaning of the answer to part a. a. Let x represent the number of boxes. Translate into an inequality. Fill in the blanks below. Clerks weight + number of boxes times weight of each box ≤ elevator maximum weight
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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A clerk must use the elevator to move boxes of paper. The elevator's maximum weight limit is 1441 pounds. If each box of paper weighs 61 pounds and the clerk weighs 149 pounds, use an inequality to find the number of whole boxes she can move on the elevator at one time.
a. Give the answer as an inequality.
b. Explain the meaning of the answer to part a.
a. Let x represent the number of boxes. Translate into an inequality. Fill in the blanks below.
Clerks weight + number of boxes times weight of each box ≤ elevator maximum weight
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