16. 8a. Two pucks with mass M1 = 0.05 kg and m2 = 0.08 kg are sitting on a frictionless table connected by a thin, light string of length 0.40 m. They are made to spin about a common point on the string such that a complete rotation takes 1.5 s. m2 m₁ Which mass moves in a smaller circle? m1 M2 17. 8b. What is the angular velocity w₁ and w₂ of each mass? Please give your answer in Hz. W1: Enter answer here 18. 8c. W2: Enter answer here 14. 6. You are standing in a park under a tree contemplating Newton's laws. According to Newton's third law, the reaction force to the gravitational force the Earth exerts on you is. The normal force the ground exerts on you The gravitational force you exert on the Earth The static friction force you exert on the ground The normal force you exert on the ground 15. 7. You decide to hang pictures of your favorite physicsists in your home. I don't see my picture there, but whatever. Each is hung with a single, continuous wire, and you arrange the wires in three configurations shown. Each picture has the same mass. The magnitude of the tension in the wire will be Smallest for the left picture. Largest for the left picture. Largest for the middle picture. Smallest for the right picture. Largest for the right picture.

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Chapter4: Dynamics: Force And Newton's Laws Of Motion
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16. 8a. Two pucks with mass M1 = 0.05 kg and m2 = 0.08 kg are sitting on a frictionless table connected by a
thin, light string of length 0.40 m. They are made to spin about a common point on the string such that a
complete rotation takes 1.5 s.
m2
m₁
Which mass moves in a smaller circle?
m1
M2
17. 8b. What is the angular velocity w₁ and w₂ of each mass? Please give your answer in Hz.
W1:
Enter answer here
18. 8c. W2:
Enter answer here
Transcribed Image Text:16. 8a. Two pucks with mass M1 = 0.05 kg and m2 = 0.08 kg are sitting on a frictionless table connected by a thin, light string of length 0.40 m. They are made to spin about a common point on the string such that a complete rotation takes 1.5 s. m2 m₁ Which mass moves in a smaller circle? m1 M2 17. 8b. What is the angular velocity w₁ and w₂ of each mass? Please give your answer in Hz. W1: Enter answer here 18. 8c. W2: Enter answer here
14. 6. You are standing in a park under a tree contemplating Newton's laws. According to Newton's third law, the
reaction force to the gravitational force the Earth exerts on you is.
The normal force the ground exerts on you
The gravitational force you exert on the Earth
The static friction force you exert on the ground
The normal force you exert on the ground
15. 7. You decide to hang pictures of your favorite physicsists in your home. I don't see my picture there, but
whatever. Each is hung with a single, continuous wire, and you arrange the wires in three configurations shown.
Each picture has the same mass.
The magnitude of the tension in the wire will be
Smallest for the left picture.
Largest for the left picture.
Largest for the middle picture.
Smallest for the right picture.
Largest for the right picture.
Transcribed Image Text:14. 6. You are standing in a park under a tree contemplating Newton's laws. According to Newton's third law, the reaction force to the gravitational force the Earth exerts on you is. The normal force the ground exerts on you The gravitational force you exert on the Earth The static friction force you exert on the ground The normal force you exert on the ground 15. 7. You decide to hang pictures of your favorite physicsists in your home. I don't see my picture there, but whatever. Each is hung with a single, continuous wire, and you arrange the wires in three configurations shown. Each picture has the same mass. The magnitude of the tension in the wire will be Smallest for the left picture. Largest for the left picture. Largest for the middle picture. Smallest for the right picture. Largest for the right picture.
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