Three identical resistors with resistance and two identical inductors with self inductance are connected to an ideal battery with emf of as follows. Three branches are joined in parallel between the same pair of nodes: the first branch carries an inductor in series with a resistor , the second branch carries a single resistor , and the third branch carries a resistor in series with an inductor . The battery, in series with a switch, is connected across the same pair of nodes. The current through the battery long after the switch has been closed will be:
NVAEasyJEE Main 2023 · 24 January, Shift 2Alternating Current Basics
Physics Question from JEE Main 2023 · 24 January, Shift 2
Answer & step-by-step solution
Sign in to reveal the correct answer, the full step-by-step solution, and the common mistakes for this question.
Practice more Alternating Current Basics questions
Get unlimited AI-adaptive practice, mastery tracking, and an AI tutor that explains every step - free to start.
Related questions
- The electric current in the circuit is given as i=i₀(t/T). The r.m.s. current for the period t=0 to t=T is:Easy · JEE 2026
- An inductor stores 16 J of magnetic field energy and dissipates 32 W of thermal energy due to its resistance…Easy · JEE 2026
- An alternating current is given by I = I_A sin ω t + I_B cos ω t. The r.m.s. current will be:Medium · JEE 2025
- Given below are two statements: one is labelled as Assertion (A) and the other is labelled as Reason (R).…Easy · JEE 2025
- An electric bulb rated as 100 W-220 V is connected to an ac source of rms voltage 220 V. The peak value of…Easy · JEE 2025
- An alternating current is represented by the equation, i=100 √2 sin (100 π t) ampere. The RMS value of…Easy · JEE 2025