Consider a Circuit Containing an Ideal Battery Connected to a Resistor. Do "work done by the battery" and "the thermal energy developed" represents two names of the same physical quantity?

A non ideal battery is connected to a resistor. Is work done by the battery equal to the thermal energy developed in the resistor? Does your answer change If the battery is ideal?

Is work done by a battery always equal to the thermal energy develop in electrical circuits? What happens if a capacitor is connected in the circuit?

Two resistors R and 2R are connected in series in an electric circuit. The thermal energy developed in R and 2R are in the ratio

Two resistances R and 2R are connected in parallel in an electric circuit. The thermal energy developed in R and 2R are in the ratio

If two quantities have same dimensions, do they represent same physical content?

Two ideal diodes are connected to a battery as shown in the circuit .The current supplied by the battery is

An LR circuit with emf epsilon is connected at t = 0. (a) find the charge Q which flows through the battery during O to t. (b) Calculate the work done by the battery during this period. (c) Find the heat developed during this period (d) find the magnetic field energy stored in the circuit at time t. (e) Verify that the results in the three parts above are consistent with enegy conservation.

Two unequal resistances R_1 and R_2 ae connected across two identical batteries of emf epsilon and internal resistance r (figure) . Can the thermal energies developed in R_1 and R_2 be equal in a given time. If yes, what will be the condition? (Figure Question)

An LR circuit having a time constant of 50 ms is connected with an ideal battery of emf epsilon . Find the time taken for the magnetic energy stored in the circuti to change from one fourth of the steady state value to half of the steady stae value.

Which of the following quantities do not change when a resistor connected to a battery is heated due to the current?