Albert's laboratory is filled with a constant uniform magnetic field pointing straight up. Albert throws some charges into this magnetic field. He throws the charges in different directions, and observes the resulting magnetic forces on them. Given the sign of each charge and the direction of its velocity, determine the direction of the magnetic force (if any) acting on the charge. Resulting magnetic force Positive charge moving south: Negative charge moving west: Negative charge not moving at all: Positive charge moving up: Answer Bank Positive charge moving east: down south east Negative charge moving down: no force north Negative charge moving north: west up Positive charge not moving at all: Positive charge moving west: Negative charge moving south: Negative charge moving east: Positive charge moving north:
Albert's laboratory is filled with a constant uniform magnetic field pointing straight up. Albert throws some charges into this magnetic field. He throws the charges in different directions, and observes the resulting magnetic forces on them. Given the sign of each charge and the direction of its velocity, determine the direction of the magnetic force (if any) acting on the charge. Resulting magnetic force Positive charge moving south: Negative charge moving west: Negative charge not moving at all: Positive charge moving up: Answer Bank Positive charge moving east: down south east Negative charge moving down: no force north Negative charge moving north: west up Positive charge not moving at all: Positive charge moving west: Negative charge moving south: Negative charge moving east: Positive charge moving north:
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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![Albert's laboratory is filled with a constant uniform magnetic field pointing straight up. Albert throws some charges into this
magnetic field. He throws the charges in different directions, and observes the resulting magnetic forces on them.
Given the sign of each charge and the direction of its velocity, determine the direction of the magnetic force (if any) acting on
the charge.
Resulting magnetic force
Positive charge moving south:
Negative charge moving west:
Negative charge not moving at all:
Positive charge moving up:
Answer Bank
Positive charge moving east:
down
south
east
Negative charge moving down:
no force
north
Negative charge moving north:
west
up
Positive charge not moving at all:
Positive charge moving west:
Negative charge moving south:
Negative charge moving east:
Positive charge moving north:](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fe799f64b-1f0b-4ff1-9ee3-5090ddf07729%2F8929fbef-52e3-424a-a51e-782dbb453c55%2F5coopi9_processed.png&w=3840&q=75)
Transcribed Image Text:Albert's laboratory is filled with a constant uniform magnetic field pointing straight up. Albert throws some charges into this
magnetic field. He throws the charges in different directions, and observes the resulting magnetic forces on them.
Given the sign of each charge and the direction of its velocity, determine the direction of the magnetic force (if any) acting on
the charge.
Resulting magnetic force
Positive charge moving south:
Negative charge moving west:
Negative charge not moving at all:
Positive charge moving up:
Answer Bank
Positive charge moving east:
down
south
east
Negative charge moving down:
no force
north
Negative charge moving north:
west
up
Positive charge not moving at all:
Positive charge moving west:
Negative charge moving south:
Negative charge moving east:
Positive charge moving north:
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