WorksheetsMagnetism and Electromagnetic Induction
Total questions: 20
Worksheet time: 30mins
What happens to the galvanometer if the copper rod is moved upwards?
No change
Deflect to the right
Deflect to the left
Deflect to the right and left
Which action will increase the deflection of the galvanometer pointer?
The magnetic pole is reversed
The number of turns of coils is increased
The coil is made from insulated wire
The magnet is slowly pushed into the coil
As the north pole of the magnet is moved into the coil, the magnetic flux is _________.
increasing
decreasing
remains constant
depends on the speed of the magnet
What happen to the Galvanometer?
Deflected to the right
Deflected to the left
Nothing happen
What is the Pole at X
North
South
What happen to the Galvanometer?
Deflected to the right
Deflected to the left
Nothing happen
Click all the factors affecting electromagnetic induction
Strength of magnet
The area of the coil
The speed of movement
Number of turns of coil
The position of poles
Direction of deflection of the galvanometer pointer can be determined by
Lenz's Law
Faraday's Law
Fleming's Left Hand Rule
Fleming's Right Hand Rule
Based on the picture in red box,
Why the Galvanometer pointer is at the middle?
Current flow through wire
There is change in magnetic flux
No change in magnetic flux
The graph represents
DC Generator
AC Generator
How to increase the induced current?
Change carbon brush
Change position of the pole
Use small scale Galvanometer
Increase number of coils
