The circuit shown in fig. is steady state. ( i) Find the energy in the capacitors shown in fig. (ii) Find the rate at which battery supplies energy.
Sahay Sir > Question Answers > The circuit shown in fig. is steady state. ( i) Find the energy in the capacitors shown in fig. (ii) Find the rate at which battery supplies energy.
The circuit shown in fig. extends to the right into infinity. Each battery has the electromotive force V(unknown) and the internal resistance r(known). Each resistor has the resistance 4r. The reading of the idle ammeter shown in the diagram is I. Find the value of V in terms of I and r.
03
Sep
The circuit shown in fig. extends to the right into infinity. Each battery has the electromotive force V(unknown) and the internal resistance r(known). Each resistor has the resistance 4r. The reading of the idle ammeter shown in the diagram is I. Find the value of V in terms of I and r. The circuit shown [...]
Consider a parallel pate capacitor of capactance C with partially conducting medium between its plates having a resistacne Rc if this capacitor is connected to a battery of emf ε and a resistor R as shown in fig. a. charge on the capacitor as a function of time. The switch R as a function of time.
03
Sep
Consider a parallel pate capacitor of capactance C with partially conducting medium between its plates having a resistacne Rc if this capacitor is connected to a battery of emf ε and a resistor R as shown in fig. a. charge on the capacitor as a function of time. The switch R as a function of [...]
The circuit shown in fig. is steady state. ( i) Find the energy in the capacitors shown in fig. (ii) Find the rate at which battery supplies energy.
03
Sep
The circuit shown in fig. is steady state. ( i) Find the energy in the capacitors shown in fig. (ii) Find the rate at which battery supplies energy. The circuit shown in fig. is steady state. ( i) Find the energy in the capacitors shown in fig. (ii) Find the rate at which battery supplies [...]