(Figure 1) shows three particles passing near the north end of a bar magnet. Par

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Question

(Figure 1) shows three particles passing near the north end of a bar magnet. Particle 1 is an electron, and particles 2 and 3 are protons. All three particles move at the same speed.

Part A

Determine the direction of the magnetic force (if any) exerted on particle 1 as it passes over the magnet.

Part B

What is the direction of the force (if any) exerted by particle 1 on the magnet

Part C

Determine the direction of the magnetic force (if any) exerted on particle 2 as it passes over the magnet.

Part D

What is the direction of the force (if any) exerted by particle 2 on the magnet

Part E

Determine the direction of the magnetic force (if any) exerted on particle 3 as it passes over the magnet.

Part F

What is the direction of the force (if any) exerted by particle 3 on the magnet?

Part A

Determine the direction of the magnetic force (if any) exerted on particle 1 as it passes over the magnet.

A) Upward. B) Out of the screen. C) Into the screen. D) Downward. E) Toward the right. F) Toward the left. G) There is no force.

Explanation / Answer

Part A) c. into the screen

Part B) F. out of the screen

Part C) G. there is no force

Part D) D. there is no force

Part E) C. into the screen

Part F) D. out of the screen

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(Figure 1) shows three particles passing near the north end of a bar magnet. Par

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