Correct option is C
Vrms=Vm/√2
where
Vm is the maximum voltage
Calculation:
Vrms=Vm/√2
where
Vm is the maximum voltage
Calculation:
Power loss and voltage drop respectively, in the 2Ω resistor is

What is the unit of magnetizing force?
Which among the options is voltage source equivalent of the practical current source shown below?

A copper wire is stretched so that its length is increased by 0.2%. What is the percentage change in the resistance?
Which of the following colour has wavelength between green and orange?
Power loss and voltage drop respectively, in the 2Ω resistor is

What is the unit of magnetizing force?
Which among the options is voltage source equivalent of the practical current source shown below?

A copper wire is stretched so that its length is increased by 0.2%. What is the percentage change in the resistance?
Which of the following colour has wavelength between green and orange?
Power loss and voltage drop respectively, in the 2Ω resistor is

What is the unit of magnetizing force?
Which among the options is voltage source equivalent of the practical current source shown below?

A copper wire is stretched so that its length is increased by 0.2%. What is the percentage change in the resistance?
Which of the following colour has wavelength between green and orange?
Power loss and voltage drop respectively, in the 2Ω resistor is

What is the unit of magnetizing force?
Which among the options is voltage source equivalent of the practical current source shown below?

A copper wire is stretched so that its length is increased by 0.2%. What is the percentage change in the resistance?
Which of the following colour has wavelength between green and orange?