Circuits Test Prep - Task Cards

Last updated about 1 year ago

20 questions

1

5.6.B

1

5.6.B

1

5.6.B

1

5.6.B

1

5.6.B

1

5.6.B

1

5.6.B

1

5.6.B

1

5.6.B

1

5.6.B

1

5.6.B

1

5.6.B

1

5.6.B

1

5.6.B

1

5.6.B

1

5.6.B

1

5.6.B

1

5.6.B

1

5.6.B

1

5.6.B

The circuit does not work. Which procedure would most likely allow the bulbs to light?

Close the switch.

Remove Wire 1.

Remove Wire 6.

Remove a battery.

A lab team constructed a circuit using three different-colored light-emitting diodes (LEDs).

Which bulb will most likely light if Switch 3 is closed and the other switches are left open?

Green

Yellow

Blue

None of the bulbs

If the switch were opened, which bulbs would still light?

Bulbs 1 and 3 only

Bulb 2 only

All three bulbs

None of the bulbs

The circuit shown uses a battery to power a motor.

What form of energy is the motor primarily used for?

sound

mechanical

light

thermal

In some circuits used for decorating, one burned-out bulb prevents the other bulbs from lighting. In other circuits, one burned-out bulb has no effect on other bulbs.

In which of these circuits will other bulbs light even if one bulb is burned out?

How many bell(s) would ring if Wire X was removed?

1 bell

2 bells

4 bells

0 bells

This circuit has four light-emitting diode (LED) lights. It also has a battery and a switch.

Which LEDs produce light when the switch is in the position shown?

1, 2, 3, and 4

1 and 2

3 and 4

None of them

All the lightbulbs in this circuit are lit. How many would remain lit if Wire 5 was removed?

0 bulbs

1 bulb

2 bulbs

3 bulbs

This circuit has four light-emitting diode (LED) lights. It also has a battery and a switch.

Which LEDs produce light when the switch is in the position shown?

1 and 2

1, 2, 3 and 4

2, 3, and 4

None of the bulbs

A lab team constructed a circuit using four different- colored light-emitting diodes (LEDs).

Which LEDs produce light when the switch is in the position shown in the diagram?

None of the bulbs

All of the bulbs

Blue and green

Purple, blue, and green

All the bells in this circuit are ringing. Which bell(s) would ring if Wire X was removed?

None of the bells

Bells A and B

Bells C and D

Bells A, B, C, and D

All the lightbulbs in this circuit are lit. How many would remain lit if Wire 3 was removed?

0 bulbs

1 bulb

2 bulbs

3 bulbs

A student built the circuit shown. Why doesn’t the lightbulb glow?

The lightbulb is not part of a closed circuit.

The buzzer is using too much energy from the battery.

The circuit needs a closed switch between the buzzer and the battery.

The lightbulb is in contact with too many wires.

All five of the lightbulbs in this circuit are lit. Removing which wire would result in exactly
three bulbs being lit?

Wire 1

Wire 2

Wire 3

Wire 4

Which of the following list of electrical components could NOT be used to create a working circuit?

1 battery, 1 bulb, 2 wires

1 bulb, 1 switch, 3 wires, 1 battery

2 bulbs, 3 wires, 1 battery

3 bulbs, 1 switch, 5 wires

All the bells in this circuit are ringing. Which bell(s) would ring if Wire X was removed?

None of the bells

Bells A, B, C, and D

Bells C and D

Bells A and B

All five of the lightbulbs in this circuit are lit. Removing which wire would result in zero bulbs being lit?

Wire R

Wire S

Wire T

Wire U

A lab team constructed a circuit using five different-colored light-emitting diodes (LEDs).

Which LEDs produce light when the switch is in the position shown in the diagram?

None of the bulbs

Bells A, B, C, D, and E

Bulbs B, C, and E

Bulbs A, D, and E

A lab team constructed a circuit using three different-colored light-emitting diodes (LEDs).

Which switch should be closed in order to light only the green LED?

Switch 1

Switch 2

Switch 3

All switches

A simplified diagram of a lightbulb using solar energy is shown.

In order to charge the battery without lighting the bulb, which switch(es) should be closed?

Switch X and Y only

Switches X and Z only

Switch Z only

Switch X only

The circuit does not work. Which procedure would most likely allow the bulbs to light?

Close the switch.

Remove Wire 1.

Remove Wire 6.

Remove a battery.

A lab team constructed a circuit using three different-colored light-emitting diodes (LEDs).

Which bulb will most likely light if Switch 3 is closed and the other switches are left open?

Green

Yellow

Blue

None of the bulbs

If the switch were opened, which bulbs would still light?

Bulbs 1 and 3 only

Bulb 2 only

All three bulbs

None of the bulbs

The circuit shown uses a battery to power a motor.

What form of energy is the motor primarily used for?

sound

mechanical

light

thermal

In some circuits used for decorating, one burned-out bulb prevents the other bulbs from lighting. In other circuits, one burned-out bulb has no effect on other bulbs.

In which of these circuits will other bulbs light even if one bulb is burned out?

How many bell(s) would ring if Wire X was removed?

1 bell

2 bells

4 bells

0 bells

This circuit has four light-emitting diode (LED) lights. It also has a battery and a switch.

Which LEDs produce light when the switch is in the position shown?

1, 2, 3, and 4

1 and 2

3 and 4

None of them

All the lightbulbs in this circuit are lit. How many would remain lit if Wire 5 was removed?

0 bulbs

1 bulb

2 bulbs

3 bulbs

This circuit has four light-emitting diode (LED) lights. It also has a battery and a switch.

Which LEDs produce light when the switch is in the position shown?

1 and 2

1, 2, 3 and 4

2, 3, and 4

None of the bulbs

A lab team constructed a circuit using four different- colored light-emitting diodes (LEDs).

Which LEDs produce light when the switch is in the position shown in the diagram?

None of the bulbs

All of the bulbs

Blue and green

Purple, blue, and green

All the bells in this circuit are ringing. Which bell(s) would ring if Wire X was removed?

None of the bells

Bells A and B

Bells C and D

Bells A, B, C, and D

All the lightbulbs in this circuit are lit. How many would remain lit if Wire 3 was removed?

0 bulbs

1 bulb

2 bulbs

3 bulbs

A student built the circuit shown.  Why doesn’t the lightbulb glow?

The lightbulb is not part of a closed circuit.

The buzzer is using too much energy from the battery.

The circuit needs a closed switch between the buzzer and the battery.

The lightbulb is in contact with too many wires.

All five of the lightbulbs in this circuit are lit. Removing which wire would result in exactly
three bulbs being lit?

Wire 1

Wire 2

Wire 3

Wire 4

Which of the following list of electrical components could NOT be used to create a working circuit?

1 battery, 1 bulb, 2 wires

1 bulb, 1 switch, 3 wires, 1 battery

2 bulbs, 3 wires, 1 battery

3 bulbs, 1 switch, 5 wires

All the bells in this circuit are ringing.  Which bell(s) would ring if Wire X was removed?

None of the bells

Bells A, B, C, and D

Bells C and D

Bells A and B

All five of the lightbulbs in this circuit are lit.  Removing which wire would result in zero bulbs being lit?

Wire R

Wire S

Wire T

Wire U

A lab team constructed a circuit using five different-colored light-emitting diodes (LEDs).

Which LEDs produce light when the switch is in the position shown in the diagram?

None of the bulbs

Bells A, B, C, D, and E

Bulbs B, C, and E

Bulbs A, D, and E

A lab team constructed a circuit using three different-colored light-emitting diodes (LEDs).

Which switch should be closed in order to light only the green LED?

Switch 1

Switch 2

Switch 3

All switches

A simplified diagram of a lightbulb using solar energy is shown.

In order to charge the battery without lighting the bulb, which switch(es) should be closed?

Switch X and Y only

Switches X and Z only

Switch Z only

Switch X only

Circuits Test Prep - Task Cards

Circuits Test Prep - Task Cards

The circuit does not work. Which procedure would most likely allow the bulbs to light?

A lab team constructed a circuit using three different-colored light-emitting diodes (LEDs).Which bulb will most likely light if Switch 3 is closed and the other switches are left open?

If the switch were opened, which bulbs would still light?

The circuit shown uses a battery to power a motor.What form of energy is the motor primarily used for?

In some circuits used for decorating, one burned-out bulb prevents the other bulbs from lighting. In other circuits, one burned-out bulb has no effect on other bulbs.In which of these circuits will other bulbs light even if one bulb is burned out?

How many bell(s) would ring if Wire X was removed?

This circuit has four light-emitting diode (LED) lights. It also has a battery and a switch.Which LEDs produce light when the switch is in the position shown?

All the lightbulbs in this circuit are lit. How many would remain lit if Wire 5 was removed?

This circuit has four light-emitting diode (LED) lights. It also has a battery and a switch.Which LEDs produce light when the switch is in the position shown?

A lab team constructed a circuit using four different- colored light-emitting diodes (LEDs).Which LEDs produce light when the switch is in the position shown in the diagram?

All the bells in this circuit are ringing. Which bell(s) would ring if Wire X was removed?

All the lightbulbs in this circuit are lit. How many would remain lit if Wire 3 was removed?

A student built the circuit shown. Why doesn’t the lightbulb glow?

All five of the lightbulbs in this circuit are lit. Removing which wire would result in exactlythree bulbs being lit?

Which of the following list of electrical components could NOT be used to create a working circuit?

All the bells in this circuit are ringing. Which bell(s) would ring if Wire X was removed?

All five of the lightbulbs in this circuit are lit. Removing which wire would result in zero bulbs being lit?

A lab team constructed a circuit using five different-colored light-emitting diodes (LEDs).Which LEDs produce light when the switch is in the position shown in the diagram?

A lab team constructed a circuit using three different-colored light-emitting diodes (LEDs).Which switch should be closed in order to light only the green LED?

A simplified diagram of a lightbulb using solar energy is shown.In order to charge the battery without lighting the bulb, which switch(es) should be closed?

A lab team constructed a circuit using three different-colored light-emitting diodes (LEDs).

Which bulb will most likely light if Switch 3 is closed and the other switches are left open?

The circuit shown uses a battery to power a motor.

What form of energy is the motor primarily used for?

In some circuits used for decorating, one burned-out bulb prevents the other bulbs from lighting. In other circuits, one burned-out bulb has no effect on other bulbs.

In which of these circuits will other bulbs light even if one bulb is burned out?

This circuit has four light-emitting diode (LED) lights. It also has a battery and a switch.

Which LEDs produce light when the switch is in the position shown?

This circuit has four light-emitting diode (LED) lights. It also has a battery and a switch.

Which LEDs produce light when the switch is in the position shown?

A lab team constructed a circuit using four different- colored light-emitting diodes (LEDs).

Which LEDs produce light when the switch is in the position shown in the diagram?

All five of the lightbulbs in this circuit are lit. Removing which wire would result in exactly
three bulbs being lit?

A lab team constructed a circuit using five different-colored light-emitting diodes (LEDs).

Which LEDs produce light when the switch is in the position shown in the diagram?

A lab team constructed a circuit using three different-colored light-emitting diodes (LEDs).

Which switch should be closed in order to light only the green LED?

A simplified diagram of a lightbulb using solar energy is shown.

In order to charge the battery without lighting the bulb, which switch(es) should be closed?