Physics - CASTLE Section 2 Quiz - William Wallace | Library

For each of the statements in the following Questions: If the statement is true, write "True" in the space provided. If the statement is false, change the statement so that it becomes true BUT DO NOT WRITE THE WORD "FALSE" IN YOUR ANSWER/RESPONSE!!!.  Always write complete sentences. 

For the following questions, refer to the Circuit 1 diagram below.

Circuit 1

10

Charge flows at the same rate through bulb A and bulb B.

10

Bulb A uses up some moving charge, so less reaches bulb B.

10

If bulb C is removed from its socket, bulb A will go out.

10

When the circuit is connected, bulb A lights before bulb B.

10

A battery is needed to light the bulbs because it is the source of the moving charge.

10

Bulb A will be brighter than bulb C.

For each of the statements in the following Questions: If the statement is true, write "True" in the space provided. If the statement is false, change the statement so that it becomes true BUT DO NOT WRITE THE WORD "FALSE" IN YOUR ANSWER/RESPONSE!!!.  Always write complete sentences. 

Refer to Circuit 2 below for the following questions.

Circuit 2

10

Charge flows at the same rate through bulb A and bulb B.

10

If bulb C is removed from its socket, bulb A will go out.

10

Bulb A will be brighter than bulb C.

10

Bulb B will be brighter than bulb C.

10

Compare the resistance of a bulb and a wire. Cite two observations as evidence to support your comparison.

For each of the following questions, refer to Circuit 3 below.

Circuit 3

10

When bulb C was added, the brightness of bulb A:

10

When bulb C was added, the magnitude of the compass needle deflection:

10

When bulb C was added, the charge flow through the battery:

Refer to Circuit 4 below for the following questions. Originally it contained two bulbs (A and B).

Circuit 4

10

When bulb C was added, the brightness of bulb A:

10

When bulb C was added, the compass needle deflection:

10

Physics - CASTLE Section 2 Quiz

Physics - CASTLE Section 2 Quiz

Charge flows at the same rate through bulb A and bulb B.

Bulb A uses up some moving charge, so less reaches bulb B.

If bulb C is removed from its socket, bulb A will go out.

When the circuit is connected, bulb A lights before bulb B.

A battery is needed to light the bulbs because it is the source of the moving charge.

Bulb A will be brighter than bulb C.

Charge flows at the same rate through bulb A and bulb B.

If bulb C is removed from its socket, bulb A will go out.

Bulb A will be brighter than bulb C.

Bulb B will be brighter than bulb C.

Compare the resistance of a bulb and a wire. Cite two observations as evidence to support your comparison.

When bulb C was added, the brightness of bulb A:

When bulb C was added, the magnitude of the compass needle deflection:

When bulb C was added, the charge flow through the battery:

When bulb C was added, the brightness of bulb A:

When bulb C was added, the compass needle deflection:

When bulb C was added, the rate of charge flow through the battery:

Charge flows at the same rate through bulb A and bulb B.

Bulb A uses up some moving charge, so less reaches bulb B.

If bulb C is removed from its socket, bulb A will go out.

When the circuit is connected, bulb A lights before bulb B.

A battery is needed to light the bulbs because it is the source of the moving charge.

Bulb A will be brighter than bulb C.

Charge flows at the same rate through bulb A and bulb B.

If bulb C is removed from its socket, bulb A will go out.

Bulb A will be brighter than bulb C.

Bulb B will be brighter than bulb C.

Compare the resistance of a bulb and a wire. Cite two observations as evidence to support your comparison.

When bulb C was added, the brightness of bulb A:

When bulb C was added, the magnitude of the compass needle deflection:

When bulb C was added, the charge flow through the battery:

When bulb C was added, the brightness of bulb A:

When bulb C was added, the compass needle deflection:

When bulb C was added, the rate of charge flow through the battery: