You are given two capacitors. They can be used individually, in series or in parallel in a circuit Let the four possible values of capacitances be 3µF, 4µF, 12µF and 16µF. If so what are the values of individual capacitances given to you?

You are given two capacitors of capacitance 20µF each. Draw a diagram to show how you will con nect these capacitors to get 40µF capacitance

You are given two capacitors of 2 mF and 3 mF. What are the maximum and minimum values of capacitance that can be obtained by combining them?

Two capacitors are connected in series. If one of the capacitors have a value of 20 muF , and the equivalent capacitance is 4 muF . I) Calculate the value of C, II) Calculate the charge on each capacitor if they are connected to a source of 12V III) What will be the potential drop across each capacitor?

You are given 3 capacitors of capacities 3 muf , 2 muf , 1 µf You have to make a capacitors of capaci- tance less than 1 muf : Write an expression for effective capacitance of the above combination and verify the result

You are given 3 capacitors of capacities 3 muf , 2 muf , 1 µf You have to make a capacitors of capaci-tance less than 1 muf : How do you arrange the capacitors, show by a diagram?

Two capacitors C_1 and C_2 are connected in series : I) Draw a diagram of the above combination. II) If [C_1 = 4µF, C_2 = 6µF and C_3 = 2.4µF] and a potential difference of 100V is applied across the combination. Calculate the charge stored in each capacitor.

What is the area of the plates of a 0.1 µF parallel plate air capacitor, given that the separation between the plates is 0.1 mm.