Question

For items 1 through 10, select the word or phrase at the right to make each incomplete statement true. Place the letter of the selected answer in the space provided. a. circles. b. magnetic intensity. c. current. d. alloys. e. core. f. repel. g. loops. h. flux density. i. voltage. j. induced magnetism. k. flux. l. magnetic. m. attract. n. torque. o. neutralize. p. induced voltage. q. wire size. r. work. s. energy. The kind of magnetism that is present in a piece of iron that is brought near the $\mathrm{N}$ pole of a magnet is called____

   For items 1 through 10, select the word or phrase at the right to make each incomplete statement true. Place the letter of the selected answer in the space provided.
a. circles.
b. magnetic intensity.
c. current.
d. alloys.
e. core.
f. repel.
g. loops.
h. flux density.
i. voltage.
j. induced magnetism.
k. flux.
l. magnetic.
m. attract.
n. torque.
o. neutralize.
p. induced voltage.
q. wire size.
r. work.
s. energy.
The kind of magnetism that is present in a piece of iron that is brought near the $\mathrm{N}$ pole of a magnet is called____

Electricity 1: Devices, Circuits and Materials

Thomas Kubala 9th Edition

Chapter 15, Problem 9

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Step 1: Identify the type of magnetism that occurs when a piece of iron is brought near a magnet. Show more…

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For items 1 through 10, select the word or phrase at the right to make each incomplete statement true. Place the letter of the selected answer in the space provided. a. circles. b. magnetic intensity. c. current. d. alloys. e. core. f. repel. g. loops. h. flux density. i. voltage. j. induced magnetism. k. flux. l. magnetic. m. attract. n. torque. o. neutralize. p. induced voltage. q. wire size. r. work. s. energy. The kind of magnetism that is present in a piece of iron that is brought near the $\mathrm{N}$ pole of a magnet is called____

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Key Concepts

Induced Magnetism

Induced magnetism refers to the temporary magnetization of a material, usually a ferromagnetic one, when it is exposed to an external magnetic field. The external field causes the magnetic domains within the material to align, resulting in magnetic properties that disappear once the external influence is removed.

Ferromagnetic Materials

Ferromagnetic materials, such as iron, have regions called magnetic domains that can be realigned by an external magnetic field. This characteristic makes them susceptible to induced magnetism, where they temporarily become magnetized when brought near a magnet, highlighting their key role in magnetic phenomena.

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