Physics-
General
Easy
Question
The charge on 4 mF capacitor in the given circuit is .... in 
- 12
- 24
- 36
- 32
The correct answer is: 24
Equivalent capacity between A and B 
Hence charge across 4mF (Since in series combination charge remains constant) or 6 mF = 2.4 ´ 10 = 24 mC
Related Questions to study
Physics-
All six capacitors shown are identical, Each can withstand maximum 200 volts between its terminals. The maximum voltage that can be safely applied between A and B is
All six capacitors shown are identical, Each can withstand maximum 200 volts between its terminals. The maximum voltage that can be safely applied between A and B is
Physics-General
Physics-
In the figure a potential of + 1200 V is given to point A and point B is earthed, what is the potential at the point P
In the figure a potential of + 1200 V is given to point A and point B is earthed, what is the potential at the point P
Physics-General
Physics-
Three capacitors each of capacity 
are to be connected in such a way that the effective capacitance is 
. This can be done by
Three capacitors each of capacity are to be connected in such a way that the effective capacitance is . This can be done by
Physics-General
Physics-
In the figure shown, the effective capacitance between the points A and B, if each has capacitance C, is
In the figure shown, the effective capacitance between the points A and B, if each has capacitance C, is
Physics-General
Physics-
Four equal capacitors, each of capacity C, are arranged as shown. The effective capacitance between A and B is
Four equal capacitors, each of capacity C, are arranged as shown. The effective capacitance between A and B is
Physics-General
Physics-
In the circuit as shown in the figure the effective capacitance between A and B is
In the circuit as shown in the figure the effective capacitance between A and B is
Physics-General
Physics-
The charge on any one of the 
capacitors and 
capacitor will be given respectively (in ) as
The charge on any one of the capacitors and capacitor will be given respectively (in ) as
Physics-General
Physics-
Two capacitors C1 and C2 = 2C1 are connected in a circuit with a switch between them as shown in the figure. Initially the switch is open and C1 holds charge Q. The switch is closed. At steady state, the charge on each capacitor will be
Two capacitors C1 and C2 = 2C1 are connected in a circuit with a switch between them as shown in the figure. Initially the switch is open and C1 holds charge Q. The switch is closed. At steady state, the charge on each capacitor will be
Physics-General
Physics-
In the given figure the capacitors 
have a capacitance 4 
each if the capacitor C2 has a capacitance 10 , then effective capacitance between A and B will be
In the given figure the capacitors have a capacitance 4 each if the capacitor C2 has a capacitance 10 , then effective capacitance between A and B will be
Physics-General
Physics-
The effective capacity between A and B in the figure given is
The effective capacity between A and B in the figure given is
Physics-General
Physics-
The equivalent capacitance between A and B is
The equivalent capacitance between A and B is
Physics-General
Physics-
The equivalent capacitance in the circuit between A and B will be
The equivalent capacitance in the circuit between A and B will be
Physics-General
Physics-
A parallel plate capacitor has capacitance C. If it is equally filled with parallel layers of materials of dielectric constants K1 and K2 its capacity becomes C1. The ratio of C1 to C is
A parallel plate capacitor has capacitance C. If it is equally filled with parallel layers of materials of dielectric constants K1 and K2 its capacity becomes C1. The ratio of C1 to C is
Physics-General
Maths-
A tangent to the curve, Y=f(x) at P(x, Y) meets X‐axis at A and Y‐axis at B If AP:BP=1: 3 and f(1)=1, then the curve also passes through the point
A tangent to the curve, Y=f(x) at P(x, Y) meets X‐axis at A and Y‐axis at B If AP:BP=1: 3 and f(1)=1, then the curve also passes through the point
Maths-General
Maths-
The abscissa of a point on the curve XY=(a+x)2, the normal at which the cuts off numerically equal intercepts from the coordinate axes is
The abscissa of a point on the curve XY=(a+x)2, the normal at which the cuts off numerically equal intercepts from the coordinate axes is
Maths-General
