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 ?

In a circuit shown in Fig, resistances R_(1) and R_(2) are known , as well as emf's xi_(1) and xi_(2) . The internal resistances of the sources are negligible. At what value of the resistance R will teh thermal power generated in it be the highest ? What is it equal to ?

In a circuit shown in Fig, resistances R_(1) and R_(2) are known , as well as emf's xi_(1) and xi_(2) . The internal resitances of the sources are negatible. At what value of the resitance R will teh thermal power generated in it be the highest ? What is it equal to ?

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

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

In the circuit shown in figure, the emfs of batteries are E_1 , and E_2 which have internal resistances R_1 , and R_2 . At what value of the resistance R will the thermal power generated in it be the highest? What it is?

In the circuit shown in figure, the emfs of batteries are E_1 , and E_2 which have internal resistances R_1 , and R_2 . At what value of the resistance R will the thermal power generated in it be the highest? What it is?

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?

For maximum power from battery the internal resistance of battery r is