Suppose that in the third law experiment, you attach the magnetic bumpers on both carts and place them on the track so that the two carts repel each other. Also suppose that the red cart's magnets are twice as strong as the blue cart's. Then as you hold one cart at fixed position, and push the other towards it, they will repel each other, and you note the forces on the two carts (i.e. their bumpers). Which of the following would be true? Group of answer choices 1-Force on both carts will be equal. 2-Force on the red cart will be more than on the blue cart 3-Force on the blue cart will be more than on the red cart According to the Third Law, the action and reaction forces are exactly equal in magnitude and in opposite directions. So when a horse pulls a cart, the cart pulls the horse with the same force. Why then does the cart move? Group of answer choices 1-The two forces act on different objects 2-the force on the cart is more than the force on the horse 3-the force on the horse is more than the force on the cart The sun is many times more massive than the Earth. How do the gravitational forces on the Earth and Sun compare? Group of answer choices 1-The sun and Earth pull each other with equal force. 2-The Sun pulls the Earth with a stronger force. 3-The Earth pulls the Sun with a stronger force. No answer text provided. both forces have tha same effect, i.e. that of pulling the cart forward. Forces will depend on which cart is held fixed, and which one is pushed.

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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Suppose that in the third law experiment, you attach the magnetic bumpers on both carts and place them on the track so that the two carts repel each other. Also suppose that the red cart's magnets are twice as strong as the blue cart's. Then as you hold one cart at fixed position, and push the other towards it, they will repel each other, and you note the forces on the two carts (i.e. their bumpers). Which of the following would be true?

Group of answer choices

1-Force on both carts will be equal.

2-Force on the red cart will be more than on the blue cart

3-Force on the blue cart will be more than on the red cart

According to the Third Law, the action and reaction forces are exactly equal in magnitude and in opposite directions. So when a horse pulls a cart, the cart pulls the horse with the same force. Why then does the cart move?

Group of answer choices

1-The two forces act on different objects

2-the force on the cart is more than the force on the horse

3-the force on the horse is more than the force on the cart

The sun is many times more massive than the Earth. How do the gravitational forces on the Earth and Sun compare?

Group of answer choices

1-The sun and Earth pull each other with equal force.

2-The Sun pulls the Earth with a stronger force.

3-The Earth pulls the Sun with a stronger force.

No answer text provided.

both forces have tha same effect, i.e. that of pulling the cart forward.

Forces will depend on which cart is held fixed, and which one is pushed.

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