Electric Circuits

If light bulb A burns out, what will happen?

• light bulb B will still work but C will not

• none of the light bulbs will work

• light bulb C will still work but B will not

• light bulbs B and C will continue to work

If light bulb C burns out, what will happen?

• light bulb B will still work but A will not

• none of the light bulbs will work

• light bulb A will still work but B will not

• light bulbs A and B will continue to work

If light bulb A burns out, what will happen?

• none of the lights will work

• light bulbs B and C will continue to work

• light bulb B will work, but C will not

• light bulb C will work, but B will not

If light bulb C burns out, what will happen?

• none of the lights will work

• light bulbs A and B will continue to work

• light bulb B will work, but A will not

• light bulb A will work, but B will not

Circuit A is a(n) _______________ circuit.

• diagram

• series

• alternating

• parallel

Circuit B is a(n) _______________ circuit.

• diagram

• series

• alternating

• parallel

Why isn't this a functioning electrical circuit when the switch is closed?

• there is no conductive path (wires that complete the path back to the battery)

• there is no electrical resistance (devices to do work)

• there is no electrical potential (power source)

• the motor is on the wrong side

Why isn't this a functioning electrical circuit when the switch is closed?

• there is no conductive path (wires that complete the path back to the battery)

• there is no electrical resistance (devices to do work)

• there is no electrical potential (power source)

• the motor is on the wrong side

Why isn't this a functioning electrical circuit when the switch is closed?

• there is no conductive path (wires that complete the path back to the battery)

• there is no electrical resistance (devices to do work)

• there is no electrical potential (power source)

• the motor is on the wrong side

In a series circuit, the current...

• is different for each resistor

• is equal to zero

• is the same for each resistor

• is equal to the power