# 3 F8 8. L. F5 9. K. 08 F3 5. %24 T. 4. H. R. comm E. i B. esc 1. D. C. tab caps lock command option shift control WCLN.ca With what is force , F, that is acting to pull on the foot and keep the leg under tension? Construct a vector diagram to assist with your solution. WCLN.ca PHYSICS 12 *Two masses are placed on different smooth (frictionless) ramps and connected together with a rope (of negligible mass) as shown below. 4. 09, Label all of the forces present on this diagram. Ultimately what two forces must balance each other to keep these masses from moving (the answer may be a component(s) of a force). i. ii. Determine the mass of the box on the right to keep this system in translational equilibrium. 5. A leg is placed in traction to keep it elevated and prevent it from moving as shown: Small pulley What is the tension in the rope (recall: 30.0° one rope gliding through pulleys will have the same tension throughout)? m 3 2.50 kg 221-01-08

# 3 F8 8. L. F5 9. K. 08 F3 5. %24 T. 4. H. R. comm E. i B. esc 1. D. C. tab caps lock command option shift control WCLN.ca With what is force , F, that is acting to pull on the foot and keep the leg under tension? Construct a vector diagram to assist with your solution. WCLN.ca PHYSICS 12 *Two masses are placed on different smooth (frictionless) ramps and connected together with a rope (of negligible mass) as shown below. 4. 09, Label all of the forces present on this diagram. Ultimately what two forces must balance each other to keep these masses from moving (the answer may be a component(s) of a force). i. ii. Determine the mass of the box on the right to keep this system in translational equilibrium. 5. A leg is placed in traction to keep it elevated and prevent it from moving as shown: Small pulley What is the tension in the rope (recall: 30.0° one rope gliding through pulleys will have the same tension throughout)? m 3 2.50 kg 221-01-08

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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Concept explainers

Newton’s Third Law of Motion

The horse pulls the cart and the cart pulls the horse in response as per Newton third law. So the big question is, “Don’t the two forces cancel each other? How does the cart accelerate?”

Question

# 3
F8
8.
L.
F5
9.
K.
08
F3
5.
%24
T.
4.
H.
R.
comm
E.
i
B.
esc
1.
D.
C.
tab
caps lock
command
option
shift
control
WCLN.ca
With what is force , F, that is acting to pull on the foot and keep the leg under tension?
Construct a vector diagram to assist with your solution.

WCLN.ca
PHYSICS 12
*Two masses are placed on different smooth (frictionless) ramps and connected together with a
rope (of negligible mass) as shown below.
4.
09,
Label all of the forces present on this diagram. Ultimately what two forces must balance
each other to keep these masses from moving (the answer may be a component(s) of a
force).
i.
ii.
Determine the mass of the box on the right to keep this system in translational
equilibrium.
5. A leg is placed in traction to keep it elevated
and prevent it from moving as shown:
Small pulley
What is the tension in the rope (recall:
30.0°
one rope gliding through pulleys will
have the same tension throughout)?
m 3 2.50 kg
221-01-08

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