The capacitance of the capacitors of plate areas `A_1` and `A_2(A_1 lt A_2)` at a distance d is

The capacitance of capacitor of plate areas A_1 and A_2 ( A_1 ltA_2 at a distance d is

Two parallel plate vacuum capacitors have areas A_1 and A_2 and equal plate spacing d . Show that when the capacitors are connected in parallel, the equivalent capacitance is the same as for a single capacitor with plate area A_1+A_2 and spacing d .

Two parallel plate vacuum capacitors have areas A_1 and A_2 and equal plate spacing d . Show that when the capacitors are connected in parallel, the equivalent capacitance is the same as for a single capacitor with plate area A_1+A_2 and spacing d .

If the arrangement consists of n capacitors in parallel with plate areas A_1,A_2, ... A_n and plate separation d, then obtain the expression for capacitance of a capacitor.

A circle with area A, is contained in the interior of a larger with area A_1+A_2 . IF the radius of the larger circle is 3 units and A_1,A_2 and (A_1+A_2) are in A.P., then find the radius of smaller circle…..

If the area of the circle is A_1 and the area of the regular pentagon inscribed in the circle is A_2, then find the ratio (A_1)/(A_2)dot

If the area of the circle is A_1 and the area of the regular pentagon inscribed in the circle is A_2, then find the ratio (A_1)/(A_2)dot

If the area of the circle is A_1 and the area of the regular pentagon inscribed in the circle is A_2, then find the ratio (A_1)/(A_2)dot

If the area of the circle is A_1 and the area of the regular pentagon inscribed in the circle is A_2, then find the ratio (A_1)/(A_2)dot