A voltage of 12 V being applied to a resistor and the measured current is 150mA.

7.  Calculate the correct resistance value for the above resistor and the power dissipated by the resistor.

(remember the equation from question 6)

A voltage of 12 V being applied to a resistor and the measured current is 150mA.

6. To calculate the power dissipated by the above resistor given the supplied information, which of the following is the correct formula?

5. A voltage of 10 V is applied to a 100 Ω resistor connected in a series circuit. Calculate the current that flows in the circuit?

4. A 100 Ω resistor connected in a series circuit draws a current of 200mA. Calculate the voltage across the resistor.

The graph shows the measured current that flow through a resistive load when different values of voltage are applied.

3. Using the information from Questions 1 and 2, select the correct answer for the resistance value?

 The graph shows the measured current that flow through a resistive load when different values of voltage are applied.

2. Using the relationship between the voltage and current, select the correct formula to calculate the resistance value?

The graph shows the measured current that flow through a resistive load when different values of voltage are applied.

1. Select the current when the applied voltage is 7 volts.