Logic Gates KS3 (AND, OR, NOT)

Which statement describes an AND gate?

• Both values have to be true/on for electricity to pass through.

• Only one value has to be true/on for electricity to pass through.

• The value has to be false/off for electricity to pass through.

Which statement describes an OR gate?

• Both values have to be true/on for electricity to pass through.

• one value has to be true/on for electricity to pass through.

• The value has to be false/off for electricity to pass through.

Which statement describes a NOT gate?

• Both values have to be true/on for electricity to pass through.

• one value has to be true/on for electricity to pass through.

• The value has to be false/off for electricity to pass through.

Will the light turn on with the inputs shown for this logic gate.

• Light On

• Light Off

• Impossible to know

Will the light turn on with the inputs shown for this logic gate.

• Light On

• Light Off

• Impossible to know

Will the light turn on with the inputs shown for this logic gate.

• Light On

• Light Off

• Impossible to know

Will the light turn on with the inputs shown for this logic gate.

• Light On

• Light Off

• Impossible to know

Will the light turn on with the inputs shown for this logic gate.

• Light On

• Light Off

• Impossible to know

Will the light turn on with the inputs shown for this logic gate.

• Light On

• Light Off

• Impossible to know

Will the light turn on with the inputs shown for this logic gate.

• Light On

• Light Off

• Impossible to know