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s and angles as needed. 2) What two forces are trying to make block m1 slide down the ramp?  3) Draw a free body diagram for block 2. Label all forces and angles as needed.  4) What two forces are trying

s and angles as needed. 2) What two forces are trying to make block m1 slide down the ramp?  3) Draw a free body diagram for block 2. Label all forces and angles as needed.  4) What two forces are trying

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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1)  Draw a free body diagram for block m1. Label all
forces and angles as needed.

2) What two forces are trying to make block m1 slide
down the ramp? 

3) Draw a free body diagram for block 2. Label all
forces and angles as needed. 

4) What two forces are trying to accelerate block m2
down the ramp? 

5) What is the force of the pull (P)? Your answer may
only be in terms of θ, m1, m2, g, and μs.

Shown to the right are two blocks(masses m, and m), sitting on top of one another. There is no friction between block m, and the floor but there is static friction (µs) between blocks m, and m2. Block m, has a force (P) pulling it down the ramp (horizontal to the ramp surface) and block m, is secured to the wall via a rope which has tension (T). The system is on the verge moving but does not. M2 M1 -Before you start, draw your x and y axis on the image so that we know how your FBD's nvill look!
Transcribed Image Text:Shown to the right are two blocks(masses m, and m), sitting on top of one another. There is no friction between block m, and the floor but there is static friction (µs) between blocks m, and m2. Block m, has a force (P) pulling it down the ramp (horizontal to the ramp surface) and block m, is secured to the wall via a rope which has tension (T). The system is on the verge moving but does not. M2 M1 -Before you start, draw your x and y axis on the image so that we know how your FBD's nvill look!
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