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Final exam review E&M 2025

Total questions: 12

Worksheet time: 11mins

Name
Class
Date
1.

How many white dots have the same electric field value (strength) as the black dot?

a)

0

b)

3

c)

7

d)

11

2.

In which image is the magnetic flux the greatest?

a)

Image on the left

b)

Image on the right

c)

Both images have the same flux

3.

Where should a negative charge be positioned on the x-axis in order to remain stationary ?

a)

Region A

b)

Region B

c)

At C

d)

Region D

e)

Region E

4.

The magnetic field through a closed circular loop is decreasing at a constant rate. The induced current is

a)

clockwise and decreasing

b)

clockwise and constant

c)

anticlockwise and decreasing

d)

anticlockwise and constant

5.

As a negative charge moves from point A to point B...

a)

Its speed increases

b)

Its speed decreases

c)

Its speed remains constant

6.

Which of the following will allow a battery to be ON the longest?

a)

Option A

b)

Option B

c)

Option C

7.

When is the current leaving the 8V cell the highest?

a)

At t=0+

b)

At steady-state

c)

Current is always the same

8.

Where is the electric field the greatest?

a)

At point A

b)

At point B

c)

Halfway between point A and point B

d)

The field is equal everywhere

9.

In which of the following path(s) is the charge negative?

a)

path 1

b)

path 2

c)

path 3

d)

All paths are negative moving charges

10.

Several positive charges (q) are held at the corners of a dodecagon. Which of the following is true regarding the magnitude of the electric field and electric potential?

a)

Both the electric field and electric potential are zero

b)

The electric field is zero, but the electric potential has a non-zero positive value

c)

The electric field has a non-zero value, but the electric potential is zero

d)

Both the electric field and electric potential have non zero values

11.

The magnetic field is reduced at a constant rate to zero over time.
What is the direction of the induced current?

a)

Clockwise

b)

Counterclockwise

c)

It depends of the bulb resistance

12.

The square wire loop has 3.0 m sides and is perpendicular to the uniform magnetic field. The magnetic field goes from 2.0 T to zero (at a constant rate) in 1.1 seconds. If the bulb has a 6.0 W rating, find the current passing through the wire.

a)

16 A

b)

0.37 A

c)

5,5 A

d)

2.7 A