Asked by Charlene Coleman on May 10, 2024
Verified
If a voltage is being induced into a conductor by electromagnetic induction, reversing the direction of motion of the conductor will _____.
A) not change anything
B) reverse the polarity of the induced voltage
C) double the induced voltage
D) halve the induced voltage
Induced Voltage
Voltage that is produced in a conductor by magnetic lines of flux cutting the conductor.
Electromagnetic Induction
The production of voltage across a conductor situated in a changing magnetic field or a conductor moving through a stationary magnetic field.
- Gain insight into the physical laws governing electromagnetic induction and the creation of voltage in conductors.
- Learn the factors influencing the magnitude of induced voltage in a conductor.
Verified Answer
ZK
Zybrea KnightMay 11, 2024
Final Answer :
B
Explanation :
Reversing the direction of motion of the conductor in a magnetic field reverses the direction of the induced current, thereby reversing the polarity of the induced voltage according to Faraday's law of electromagnetic induction.
Learning Objectives
- Gain insight into the physical laws governing electromagnetic induction and the creation of voltage in conductors.
- Learn the factors influencing the magnitude of induced voltage in a conductor.
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