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you are at the zoo, watching a 3 kg spider monkey hang off a vine by his tail. The vine is hanging off the side of a slippery platform. The other part of the vine runs horizontally along the platforms surface to a small box., around which it is attached. The box isn't anchored and suddenly begins to slide horizontally in the direction of the vine, so the spider monkey slowly accelerates toward the ground. with an acceleration of .8 m/s^2. until he lands. - draw a force diagram for the monkey and include acceleration vector. using answer from part A find the force of the rope on the spider monkey. - Assume the platform has no friction on the box, draw a force diagram on the box, and include the acceleration vector., Using answer from part C calculate the mass of the box. Explain how newtons 3rd law works with the vine as it interacts with the monkey and the box.

you are at the zoo, watching a 3 kg spider monkey hang off a vine by his tail. The vine is hanging off the side of a slippery platform. The other part of the vine runs horizontally along the platforms surface to a small box., around which it is attached. The box isn't anchored and suddenly begins to slide horizontally in the direction of the vine, so the spider monkey slowly accelerates toward the ground. with an acceleration of .8 m/s^2. until he lands. - draw a force diagram for the monkey and include acceleration vector. using answer from part A find the force of the rope on the spider monkey. - Assume the platform has no friction on the box, draw a force diagram on the box, and include the acceleration vector., Using answer from part C calculate the mass of the box. Explain how newtons 3rd law works with the vine as it interacts with the monkey and the box.

College Physics
College Physics
11th Edition
ISBN:9781305952300
Author:Raymond A. Serway, Chris Vuille
Publisher:Raymond A. Serway, Chris Vuille
Chapter1: Units, Trigonometry. And Vectors
Section: Chapter Questions
Problem 1CQ: Estimate the order of magnitude of the length, in meters, of each of the following; (a) a mouse, (b)...
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you are at the zoo, watching a 3 kg spider monkey hang off a vine by his tail. The vine is hanging off the side of a slippery platform. The other part of the vine runs horizontally along the platforms surface to a small box., around which it is attached. The box isn't anchored and suddenly begins to slide horizontally in the direction of the vine, so the spider monkey slowly accelerates toward the ground. with an acceleration of .8 m/s^2. until he lands. - draw a force diagram for the monkey and include acceleration vector. using answer from part A find the force of the rope on the spider monkey. - Assume the platform has no friction on the box, draw a force diagram on the box, and include the acceleration vector., Using answer from part C calculate the mass of the box. Explain how newtons 3rd law works with the vine as it interacts with the monkey and the box.
Transcribed Image Text:you are at the zoo, watching a 3 kg spider monkey hang off a vine by his tail. The vine is hanging off the side of a slippery platform. The other part of the vine runs horizontally along the platforms surface to a small box., around which it is attached. The box isn't anchored and suddenly begins to slide horizontally in the direction of the vine, so the spider monkey slowly accelerates toward the ground. with an acceleration of .8 m/s^2. until he lands. - draw a force diagram for the monkey and include acceleration vector. using answer from part A find the force of the rope on the spider monkey. - Assume the platform has no friction on the box, draw a force diagram on the box, and include the acceleration vector., Using answer from part C calculate the mass of the box. Explain how newtons 3rd law works with the vine as it interacts with the monkey and the box.
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