A 10 µF, a 15µF, and a 100µF capacitor are connected in parallel across 50V source. Determine the following: Total charge stored. Write the answer in mC

1. Find the equivalent inductance. Assume all inductors are 10mH.

Problem 3 A capacitor shown in the following figure discharges into a load resistor. The capacitor is charged to Vs prior to t = 0. Vs = 12 [V] %3D t=0 C=1 µF R=3 k2 VR Vc Question 3 Find the time constant of the RC circuit. Express your result in milliseconds. Question 4 Find the capacitor voltage at 0 ms. Express your result in volts. Keep three significant figures. + *,

Solve

a) Find the value of x if the equivalent capacitance between point a and b is 6 microfarad
 b) Also find the voltage across x if it has a charge of +2 Coulomb on one of its plat

Here you see a circuit with a battery, fully uncharged capacitor, C and a bulb. What would happen to that electric bulb in the circuit when you switch on the circuit? Moreover, what would be the consequences if you switch off the circuit when capacitor is fully charged?   Answer step by step .answer must be correct. Do all calculation follow image.

Two 10 uF capacitors have been connected in parallel across a 230 V 50 Hz AC supply. The current drawn from the supply will be approximately: Select one: a. 1.44 A b. 0.36 A c. 11.5 A O d. 23.0 A

Can you explain the calculation I saw some similar online but I don’t think it’s right can u illustrate me

An R-C series circuit has a supply voltage of 100 V. The resistance is 200 ohms and the capacitance is 0.0001 Farad. Solve for the current "i" at any time "t". Solve for the charge "q" at any time "t".

A capacitor of capacity C₁ is charged upto V volt and then connected in parallel to an uncharged capacitor of capacity C₂. The final potential difference across each will be (a) (c) C₂V G₁ + C₂ (1+2) GV G + C₂ (4) (1-²) v (b)