For each object below, draw a clear Free Body Force Diagram. Label all forces that act on the object such as mg, T, n, etc. Label appropriate axes such as x, y, and z. Include friction in all cases where an object slides against another. All pulleys are massless and frictionless. 15. The left mass is moving down. DrawFBD for each mass. Include friction.m,m216. Draw FBD for the right massaccelerating downhill.8 kg3.5 kg35°35°17. Draw FBD diagram for both the masses.Consider friction between the table and theblock.2 kgF5 kg18. Draw FBD diagram for the two masseson the right.4 kg5 kg3 kg6. 11. Draw FBD for the accelerating righta,8 kgmass.> F2 kg12. Draw FBD for all masses. The left massaccelerates downward.om 1 kg4 kg2 kgTail13. Draw FBD for Pulley 1.Pzm,am214. A block slides downhill with friction.

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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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For each object below, draw a clear Free Body Force Diagram. Label all forces that act on the object such as mg, T, n, etc. Label appropriate axes such as x, y, and z. Include friction in all cases where an object slides against another. All pulleys are massless and frictionless.

15. The left mass is moving down. Draw
FBD for each mass. Include friction.
m,
m2
16. Draw FBD for the right mass
accelerating downhill.
8 kg
3.5 kg
35°
35°
17. Draw FBD diagram for both the masses.
Consider friction between the table and the
block.
2 kg
F
5 kg
18. Draw FBD diagram for the two masses
on the right.
4 kg
5 kg
3 kg
6.

11. Draw FBD for the accelerating right
a,
8 kg
mass.
> F
2 kg
12. Draw FBD for all masses. The left mass
accelerates downward.
om 1 kg
4 kg
2 kg
Tail
13. Draw FBD for Pulley 1.
Pz
m,
a
m2
14. A block slides downhill with friction.

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