Combinations and Comparison of Capacitors and Resistors

Combination of two identical capacitors, a resistor R and a dc voltage source of voltage 6V is used in an experiment on a (C-R) circuit. It is found that for a parallel combination of the capacitor the time in which the voltage of the fully charged combinatiomn reduces to half its original voltage is 10 second. For series combination the time needed for reducing teh voltage of the fully charged series combination by half is-

Figure shows a part of network of a capacitor and resistors. The potential indicated at A, B and C are with respect to the ground. The charge on the capacitor on the capacitor in steady state is

The V-I graph for a series combination and for a parallel combination of two resistors is 1 shown in Fig. Which of the V two, A or B, represents the parallel combination ? Give a reason for your answer.

The V-I graph for a series combination and for a parallel combination of two resistor is shown in the figure below. Which of the two A or B, represents the parallel combination? Give a reason for your answer.

The V-I graph for a series combination and for a parallel combination of two resistor is shown in the figure below. Which of the two A or B, represents the parallel combination? Give a reason for your answer.

Figure shows a network of a capacitor and resistors. Find the charge on capacitor in steady state in muC .

Assertion- In a series combination of capacitors, charge on each capacitor is same. Reason- In such a combination, charge cannot move only along one route.

Shown in the figure is network of capacitors & resistors. The potentials of some of the nodes are given. Find the (b) energy stored in the capacitor connected between R&S (c) energy stored in the capacitor connected between P&Q

If capacitor with capacitance C,2C are initially at potential v, 2v resp. Now they are connected in parallel combination such that end of charge of (capacitor)_1 & -ve charge of (capacitor)_2 are on same side. Find energy loss

figure, shows a source of alternating voltage connected to a capacitor and a resistor. Which of the following phasor diagrams correctly describes the phase relationshop between (I_C) the current between the source and the capacitor and (I_R) the current between the source and the resistor?