Home
Class 12
MATHS
[" (15) A resistor "R(1)" dissipates pow...

[" (15) A resistor "R_(1)" dissipates power "P" when connec "],[" to a certain ideal generator.When a resistance "],[" is put in series,supply voltage remaining sat "],[" the power dissipated by "R_(1)" is :- "],[[" (1) "P," (2) "(PR_(1)^(2))/((R_(1)+R_(2))^(2))],[" (3) "(PR_(2)^(2))/((R_(1)+R_(2))^(2))," (4) "(PR_(1)^(2))/((R_(1)+R_(2))^(2))]]

Promotional Banner

Similar Questions

Explore conceptually related problems

A resistor R_(1) dissipates the power P when connected to a certain generator. If the resistor R_(2) is put in series with R_(1) , the power dissipated by R_(1)

A resistor R_(1) dissipates the power P when connected to a certain generator. If the resistor R_(2) is put in series with R_(1) , the power dissipated by R_(1)

A resistor R_(1) dissipates the power P when connected to a certain generator. If the resistor R_(2) is put in series with R_(1) the power dissipated by R_(1)

A resistor R_(1) dissipates the power P when connected to a certain generator. If the resistor R_(2) is put in series with R_(1) , the power dissipated by R_(1)

A resistor R_(1) dissipates the power P when connected to a certain generator. If the resistor R_(2) is put in series with R_(1) , the power dissipated by R_(1)

The resistor R_1 dissipates power P when connected to a generator. If a resistor R_2 is inserted in series with R_1 the power dissipated by R_1

In the circuti shown ,the thermal power dissipated in R_(1) is P. The thermal power dissipated in R_(2) is .

In the circuit shown ,the thermal power dissipated in R_(1) is P. The thermal power dissipated in R_(2) is .