QuestionMay 5, 2025

When electrons are forced to move through a conductor, the magnetic fields of individual electrons subtract from one another. True False

When electrons are forced to move through a conductor, the magnetic fields of individual electrons subtract from one another. True False
When electrons are forced to move through a conductor, the magnetic fields of individual electrons subtract from
one another.
True
False

Solution
4.3(349 votes)

Answer

False Explanation 1. Understand electron movement in conductors Electrons moving through a conductor generate magnetic fields due to their motion. 2. Analyze magnetic field interaction Magnetic fields generated by electrons can either add or subtract depending on their direction of movement. In typical conductive materials, electrons move randomly, causing their magnetic fields to partially cancel each other out. 3. Determine the statement's validity The statement implies that magnetic fields always subtract, which is not universally true as it depends on electron alignment and movement.

Explanation

1. Understand electron movement in conductors<br /> Electrons moving through a conductor generate magnetic fields due to their motion.<br /><br />2. Analyze magnetic field interaction<br /> Magnetic fields generated by electrons can either add or subtract depending on their direction of movement. In typical conductive materials, electrons move randomly, causing their magnetic fields to partially cancel each other out.<br /><br />3. Determine the statement's validity<br /> The statement implies that magnetic fields always subtract, which is not universally true as it depends on electron alignment and movement.
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