A small sphere of radius `r_(1)` and charge `q_(1)` is enclosed by a spherical shell of radius `r_(2)` and charge `q_(2)`. Show that if `q_(1)` is positive, charge will necessarily flow from the sphere to the shell (when the two are connected by a wire) no matter what the charge `q_(2)` on the shell is.

A small sphere of radius r_(1) and charge q_(1) is enclosed by a spherical shell of radius r_(2) and charge q_(2) . Show that if q_(1) is positive, charge will necessilly flow from the sphere to the shell (when the two are connected by a wire) no matter what the charge q_(2) on the shell is [Fig]

A small sphere of radius r_(1) and charge q_(1) is enclosed by a spherical shell of radius r and charge q_(2) Show that if q_(1) is positive, charge will necessarily flow from the sphere to the shell (when the two are connected by a wire) no matter what the charge q_(2) on the shell is.

A small sphere of radius r_(1) and charge q_(1) is enclosed by a spherical shell of radius r and charge q_(2) Show that if q_(1) is positive, charge will necessarily flow from the sphere to the shell (when the two are connected by a wire) no matter what the charge q_(2) on the shell is.

A small sphere of radius r_1 and charge q_1 is enclosed by a spherical shell of radius r_2 and charge q_2 Show that if q_1 is positive, charge will necessary flow from the sphere to the shell (when the two are connected by a wire) no matter what the charge q_2 on the shell is.

A small sphere of radius r_1 and charge q_1 is enclosed by a spherical shell of radium r_2 and charge q_2 . Show that if q_1 is positive , charge will neecessarily flow from the sphere to the shell ( when the two are connected by a wire ) no matter what the charge q_2 on the shell is .

A conducting sphere of radius R carries a charge Q. It is enclosed by another concentric spherical shell of radius 2R. Charge from the inner sphere is transferred in infinitesimally small installments to the outer sphere. Calculate the work done in transferring the entire charge from the inner sphere to the outer one.

Two conducting hollow spherical shells of radius R and 2R carry charges -Q and 3Q respectively. How much charge will flow into the earth if inner shell is grounded?