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Magnetic Flux Quiz

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Magnetic Flux Quiz

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Flux basics and formulas

Created by

NOR FARIDAH HANIM MAT JUNIT
NOR FARIDAH HANIM MAT JUNIT
Malaysia

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Magnetic Flux Quiz
 

Magnetic Flux QuizOnline version

Flux basics and formulas

by NOR FARIDAH HANIM MAT JUNIT
1

What does magnetic flux quantify in a given surface?

2

Which units are used for magnetic flux?

3

What is the formula for flux through a flat surface perpendicular to B?

4

How does flux change if the surface is tilted by an angle θ to B?

5

If B is uniform and parallel to the surface, what is Φ?

6

What happens to Φ if the area is doubled with B and orientation constant?

7

Which law relates changing flux to induced emf?

8

Which situation yields the maximum magnetic flux through a given area?

9

In a loop, what effect does increasing the loop area have on Φ, assuming B and orientation fixed?

10

What is the flux through a loop if B = 0?

Feedback

Flux measures how much B goes through an area, not field strength at a point or energy. The moment is different.

Weber is the unit; Tesla is for B, Henry for inductance, Volt for electric potential.

For perpendicular orientation, flux is B times area; others are incorrect.

Flux reduces by cosθ when the surface is tilted relative to B.

If B is parallel to the surface, the perpendicular component is zero, so flux is zero.

Flux is proportional to area when B and angle are constant.

Faraday's law links dΦ/dt to induced emf.

Maximum flux occurs when B is normal and as large as possible.

Flux is proportional to area for fixed B and orientation.

If there is no magnetic field, there are no passing lines, so flux is zero.

 
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