_________1.The voltage will be induced in a stationary magnetic field. _________2. The maximum magnetic flux is found when the area is perpendicular to the magnetic field. _________3. The direction of the induced voltage will depend on the direction of the magnetic flux. _________4. Generators is an application of induced voltage. _________5. The voltage is induced when the changing magnetic flux enters the loop of wire. _________6. The generator rotates to produce a fast rate of change of the magnetic fields. _________7. The Faraday’s law tells the presence of induced voltage in a loop while Lenz’s Law tells the direction of induced voltage in the loop. _________8. In the generator, the mechanical energy turns the coil relative to the magnetic field order to induce the voltage. ________9. The Lenz’s law provides the direction of current in coil of wire.
Let’s Check 11
In this activity, please write TRUE if the statement is true and write FALSE if the statement is false. This is to check your understanding of the concepts.
_________1.The voltage will be induced in a stationary magnetic field.
_________2. The maximum magnetic flux is found when the area is perpendicular to the magnetic field.
_________3. The direction of the induced voltage will depend on the direction of the magnetic flux.
_________4. Generators is an application of induced voltage.
_________5. The voltage is induced when the changing magnetic flux enters the loop of wire.
_________6. The generator rotates to produce a fast rate of change of the magnetic fields.
_________7. The Faraday’s law tells the presence of induced voltage in a loop while Lenz’s
Law tells the direction of induced voltage in the loop.
_________8. In the generator, the mechanical energy turns the coil relative to the magnetic field order to induce the voltage.
________9. The Lenz’s law provides the direction of current in coil of wire.
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