Circuit A has a resistance of 7.5 ohms, and circuit B has a resistance of 5 ohms. Which statement about the circuits must be correct?(1 point)

Question

Responses

If the current in circuit A is equal to the current in circuit B, then the voltage in circuit A is less than the voltage in circuit B.
If the current in circuit A is equal to the current in circuit B, then the voltage in circuit A is less than the voltage in circuit B.

If the voltage of circuit A is equal to the voltage of circuit B, then the current in circuit A is equal to the current in circuit B.
If the voltage of circuit A is equal to the voltage of circuit B, then the current in circuit A is equal to the current in circuit B.

If the current in circuit A is less than the current in circuit B, then the voltage in circuit A is less than the voltage in circuit B.
If the current in circuit A is less than the current in circuit B, then the voltage in circuit A is less than the voltage in circuit B.

If the voltage of circuit A is equal to the voltage of circuit B, then the current in circuit A is less than the current in circuit B.
If the voltage of circuit A is equal to the voltage of circuit B, then the current in circuit A is less than the current in circuit B.

Answer 1

If the current in circuit A is less than the current in circuit B, then the voltage in circuit A is less than the voltage in circuit B.

Answer 2

Which statement best defines the resistance of an electric circuit?(1 point)
Responses

It is the amount of electrical energy that is available in a circuit.
It is the amount of electrical energy that is available in a circuit.

It limits the amount of electrical energy that can pass through a circuit.
It limits the amount of electrical energy that can pass through a circuit.

It is the measurement of the rate of electrical energy in a circuit.
It is the measurement of the rate of electrical energy in a circuit.

It describes how much electrical energy passes in a circuit.

Answer 3

It limits the amount of electrical energy that can pass through a circuit.

Answer 4

An electric circuit has an expected current of 80 amps. An electrician measures the current in the circuit at 120 amps. Which statement provides a possible explanation for this observation?(1 point)
Responses

There is not enough electrical energy in the circuit.
There is not enough electrical energy in the circuit.

There is not enough voltage in the circuit.
There is not enough voltage in the circuit.

A resistor in the circuit is broken.
A resistor in the circuit is broken.

The circuit has an extra resistor.

Answer 5

A resistor in the circuit is broken.