In the given circuit, the valuue of `R` so that thermal power generated in `R` will be maximum is:

In a circuit shown in figure if the internal resistances of the sources are negligible then at what value of resistance R will the thermal power generated in it will be the maximum. What is the value of maximum power?

In a circuit shown in figure if the internal resistances of the sources are negligible then at what value of resistance R will the thermal power generated in it will be the maximum. What is the value of maximum power?

In a circuit shown in figure if the internal resistance of the sources are negligible then at what value of resistance R will the thermal power generated in it be the maximum. What is its value in ohms ?

A dc source with internal resistance R_(0) is loaded with three identical resistance R as shown in the figure. At what value of R will the thermal power generated in this circuit be the highest?

In the circuit shown in figure R_(1)=R_(2)=10Omega, E_(1)=20V, E_(2)=40V . For what value of R, the thermal power developed in it will be maximum (in Omega )?

In the circuit shown in figure-3.198, for what value of R the power dissipated in it will be maximum.

The value of resistor R as shown in the given circuit is such that the power developed in the resistor R is maximum at steady state. The maximum charge stored on the capacitor is 100/K muC . Find K.

A battery of epsilon and internal resistance r is used in a circuit with a variable external resistance R . Find the value of R for which the power consumed in R is maximum .