359251 Assertion :
Two condensers of same capacity are connected first in parallel and then in series. The ratio of resultant capacitance in the two cases will be 4:1.
Reason :
In parallel connection of capacitors, capacitance increases and in series, the capacitance decreases.

359252 In the circuit as shown in the figure the effective capacitance between \(A\) and \(B\) is :

359253 A group of capacitors is formed by interlocking a number of plates as shown in figure. The distance between the consecutive plates is 0.885 \(cm\) and the overlapping area of the plates is \(5\,c{m^2}\). The capacity of the unit is

359254 The difference between equivalent capacitances of two identical capacitors connected in parallel to that in series is \(6\mu F\). The value of capacitance of each capacitor is

359255 Capacity of given set of plates between the points \({a}\) and \({b}\) is (area of each plate is \({A}\) )

359251 Assertion :
Two condensers of same capacity are connected first in parallel and then in series. The ratio of resultant capacitance in the two cases will be 4:1.
Reason :
In parallel connection of capacitors, capacitance increases and in series, the capacitance decreases.

359252 In the circuit as shown in the figure the effective capacitance between \(A\) and \(B\) is :

359253 A group of capacitors is formed by interlocking a number of plates as shown in figure. The distance between the consecutive plates is 0.885 \(cm\) and the overlapping area of the plates is \(5\,c{m^2}\). The capacity of the unit is

359254 The difference between equivalent capacitances of two identical capacitors connected in parallel to that in series is \(6\mu F\). The value of capacitance of each capacitor is

359255 Capacity of given set of plates between the points \({a}\) and \({b}\) is (area of each plate is \({A}\) )

359251 Assertion :
Two condensers of same capacity are connected first in parallel and then in series. The ratio of resultant capacitance in the two cases will be 4:1.
Reason :
In parallel connection of capacitors, capacitance increases and in series, the capacitance decreases.

359252 In the circuit as shown in the figure the effective capacitance between \(A\) and \(B\) is :

359253 A group of capacitors is formed by interlocking a number of plates as shown in figure. The distance between the consecutive plates is 0.885 \(cm\) and the overlapping area of the plates is \(5\,c{m^2}\). The capacity of the unit is

359254 The difference between equivalent capacitances of two identical capacitors connected in parallel to that in series is \(6\mu F\). The value of capacitance of each capacitor is

359255 Capacity of given set of plates between the points \({a}\) and \({b}\) is (area of each plate is \({A}\) )

359251 Assertion :
Two condensers of same capacity are connected first in parallel and then in series. The ratio of resultant capacitance in the two cases will be 4:1.
Reason :
In parallel connection of capacitors, capacitance increases and in series, the capacitance decreases.

359252 In the circuit as shown in the figure the effective capacitance between \(A\) and \(B\) is :

359253 A group of capacitors is formed by interlocking a number of plates as shown in figure. The distance between the consecutive plates is 0.885 \(cm\) and the overlapping area of the plates is \(5\,c{m^2}\). The capacity of the unit is

359254 The difference between equivalent capacitances of two identical capacitors connected in parallel to that in series is \(6\mu F\). The value of capacitance of each capacitor is

359255 Capacity of given set of plates between the points \({a}\) and \({b}\) is (area of each plate is \({A}\) )

359251 Assertion :
Two condensers of same capacity are connected first in parallel and then in series. The ratio of resultant capacitance in the two cases will be 4:1.
Reason :
In parallel connection of capacitors, capacitance increases and in series, the capacitance decreases.

359252 In the circuit as shown in the figure the effective capacitance between \(A\) and \(B\) is :

359253 A group of capacitors is formed by interlocking a number of plates as shown in figure. The distance between the consecutive plates is 0.885 \(cm\) and the overlapping area of the plates is \(5\,c{m^2}\). The capacity of the unit is

359254 The difference between equivalent capacitances of two identical capacitors connected in parallel to that in series is \(6\mu F\). The value of capacitance of each capacitor is

359255 Capacity of given set of plates between the points \({a}\) and \({b}\) is (area of each plate is \({A}\) )