Both the cacpacitors shown in figure are made ofsquare of edge a The separations between the plates of the capacitors are d_1and d_2as shown in the figure A potential difference V is applied between the point a and b .An electron is projected between the plate s of the upper capacitor along the central line . With what minimum speed should the electron be projected so that it is does not collide with any plate ? consider only the electric forces.

Both the capacitors shown in figure are made of square plates of edge a. The separatiopn between the plates of the capacitors are d_1 and d_2 as shown in the figure. A potential difference V is applied between the points a and b. An electron is projected between the plates of the upper capacitor along the central line. With what minimum speed should the electron be projected so that it does not collide with any plate ? Consider only the electric forces.

Both the capacitors shown in figure are made of square plates of edge a . The separations between the plates of the capacitors and d_(1) and d_(2) as shown in the figure. A battery of V volt and a resistance R are connected as shown in figure. At steady state an electron is projected between the plates of the lower capacitor from its lower plate along the plate as shown. Minimum speed should the electron be projected is given by (1)/(sqrt(n))((Vea^(2))/(md^(2)))^(1//2) so that it does not collide with any plate? Consider only the electric forces then find the value of n.

When potential difference of 9V is applied between the two plates, electron accelerate between the plates with velocity

When potential difference of 9V is applied between the two plates, electron accelerate between the plates with velocity

A parallel plate air capacitor has capcity C distance of separtion between plates is d and potential difference V is applied between the plates force of attraction between the plates of the parallel plate air capacitor is

A parallel plate air capacitor has capcity C distance of separtion between plates is d and potential difference V is applied between the plates force of attraction between the plates of the parallel plate air capacitor is

A parallel plate air capacitor has capacity 'C' distance of separation between plates is ‘d’ and potential difference 'V' is applied between the plates. Force of attraction between the plates of the parallel plate air capacitor is