At a county fair, there is a contest to see who can pull a heavy crate along the ground with the shortest piece of rope. The rope is attached to the crate at the bottom. By digging in his heels, Albert can pull on a rope with a force of 500 NEwtons. In order to budge the crate, Albert has calculated that he needs to use a force of 425 Newtons horizontally (parallel to the ground). When Albert is in his best pulling position, his hands are 95 cm above the ground.
At a county fair, there is a contest to see who can pull a heavy crate along the ground with the shortest piece of rope. The rope is attached to the crate at the bottom. By digging in his heels, Albert can pull on a rope with a force of 500 NEwtons. In order to budge the crate, Albert has calculated that he needs to use a force of 425 Newtons horizontally (parallel to the ground). When Albert is in his best pulling position, his hands are 95 cm above the ground.
Mathematics For Machine Technology
8th Edition
ISBN:9781337798310
Author:Peterson, John.
Publisher:Peterson, John.
Chapter61: Areas Of Circles, Sectors, And Segments
Section: Chapter Questions
Problem 23A: A force of 62,125 pounds pulls on a steel rod that has a diameter of 1800 inches. Find the force...
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At a county fair, there is a contest to see who can pull a heavy crate along the ground with the shortest piece of rope. The rope is attached to the crate at the bottom. By digging in his heels, Albert can pull on a rope with a force of 500 NEwtons. In order to budge the crate, Albert has calculated that he needs to use a force of 425 Newtons horizontally (parallel to the ground). When Albert is in his best pulling position, his hands are 95 cm above the ground.
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