A 50.0 kg athlete is suspended motionless from the end of a light rope attached tothe ceiling.1. Draw a free-body diagram for the athlete.2. Draw a free-body diagram for the rope.3. Determine the athlete’s weight.4. What are the magnitude and direction of the force that the rope has exertedupon the athlete?5. Calculate the tension force found on the upper end of the rope.Two ropes of negligible mass hold a large steel ball of mass = 4.09 ✕ 106 g such thatit is motionless, as shown below.1. Draw a free-body diagram for the ball.2. Calculate the weight of the ball in N.3. Identify the along the vertical.4. Determine the tension force TBin the rope with a 45-degree angle from thevertical.5. Determine the tension force TAin the horizontal rope. General Physics 1Science Technology. Engineering, and MathematicsQuipperSchoolCPREMIUMUnit 6: Forces and Newton's Laws of MotionAPPLYB.Answer the following questions.A 50.0 kg athlete is suspended motionless from the end of a light rope attached tothe ceiling.1. Draw a free-body diagram for the athlete.2. Draw a free-body diagram for the rope.3. Determine the athlete's weight.4. What are the magnitude and direction of the force that the rope has exertedupon the athlete?5. Calculate the tension force found on the upper end of the rope.Two ropes of negligible mass hold a large steel ball of mass = 4.09 X 10 g such thatit is motionless, as shown below.45°TBTA1. Draw a free-body diagram for the ball.2. Calculate the weight of the ball in N.3. Identify the EF4. Determine the tension force T, in the rope with a 45-degree angle from thealong the vertical.vertical.5. Determine the tension force T, in the horizontal rope.

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College Physics

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ISBN:9781305952300

Author:Raymond A. Serway, Chris Vuille

Publisher:Raymond A. Serway, Chris Vuille

Chapter1: Units, Trigonometry. And Vectors

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A 50.0 kg athlete is suspended motionless from the end of a light rope attached to the ceiling. 1. Draw a free-body diagram for the athlete. 2. Draw a free-body diagram for the rope. 3. Determine the athlete’s weight. 4. What are the magnitude and direction of the force that the rope has exerted upon the athlete? 5. Calculate the tension force found on the upper end of the rope. Two ropes of negligible mass hold a large steel ball of mass = 4.09 ✕ 10 6 g such that it is motionless, as shown below. 1. Draw a free-body diagram for the ball. 2. Calculate the weight of the ball in N. 3. Identify the along the vertical. 4. Determine the tension force TB in the rope with a 45-degree angle from the vertical. 5. Determine the tension force TA in the horizontal rope.

General Physics 1
Science Technology. Engineering, and Mathematics
QuipperSchool
CPREMIUM
Unit 6: Forces and Newton's Laws of Motion
APPLY
B.
Answer the following questions.
A 50.0 kg athlete is suspended motionless from the end of a light rope attached to
the ceiling.
1. Draw a free-body diagram for the athlete.
2. Draw a free-body diagram for the rope.
3. Determine the athlete's weight.
4. What are the magnitude and direction of the force that the rope has exerted
upon the athlete?
5. Calculate the tension force found on the upper end of the rope.
Two ropes of negligible mass hold a large steel ball of mass = 4.09 X 10 g such that
it is motionless, as shown below.
45°
TB
TA
1. Draw a free-body diagram for the ball.
2. Calculate the weight of the ball in N.
3. Identify the EF
4. Determine the tension force T, in the rope with a 45-degree angle from the
along the vertical.
vertical.
5. Determine the tension force T, in the horizontal rope.

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