3. If you switch the connections to the power sources, the electricity in the electromagnet will flow in the opposite direction. What will happen to the magnetic field as a result? Battery Explain why the magnetic field around the E-mag shown is incorrect.

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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3 and 4 only
wire
aligator clips
Move the ire core back and forth through the solenoid
Use a thicker wire
Reverse the connection to the battery
Increase the number of wire coils around the iron core
a.
b.
d.
3.
If you switch the connections to the power sources, the electricity in the electromagnet will flow in the opposite
direction. What will happen to the magnetic field as a result?
Battery
4.
Explain why the magnetic field around the E-mag shown is incorrect.
IGIC
Battery
Which two answer choices correctly explains how an electromagnet and a bar magnet are similar?
Both E-mags and bar magnets have an iron core.
Both E-mags' and bar magnets' magnetic fields are strongest at the poles.
Both E-mags' and bar magnets' opposite poles repel each other
Both E-mags' and bar magnets' electrical charges flow north to south.
Both E-mags and bar magnets have the ability to turn on/off.
Both E-mags and bar magnets have the ability to be strengthened easily
5.
a.
b.
d.
e.
Transcribed Image Text:wire aligator clips Move the ire core back and forth through the solenoid Use a thicker wire Reverse the connection to the battery Increase the number of wire coils around the iron core a. b. d. 3. If you switch the connections to the power sources, the electricity in the electromagnet will flow in the opposite direction. What will happen to the magnetic field as a result? Battery 4. Explain why the magnetic field around the E-mag shown is incorrect. IGIC Battery Which two answer choices correctly explains how an electromagnet and a bar magnet are similar? Both E-mags and bar magnets have an iron core. Both E-mags' and bar magnets' magnetic fields are strongest at the poles. Both E-mags' and bar magnets' opposite poles repel each other Both E-mags' and bar magnets' electrical charges flow north to south. Both E-mags and bar magnets have the ability to turn on/off. Both E-mags and bar magnets have the ability to be strengthened easily 5. a. b. d. e.
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