[" diffe magnetisation in the core diminishes by a factor of "],[" about "10^(8)" ."],[" Essential difference between electrostatic shielding by a conducting "],[" shell and magnetostatic shielding is due to "]

Essential differnece between electrostatic shielding by a conducting shell and magnetostatic shielding is due to

Essential difference between electrosatic shielding by a conducting shall and magnetostatic shielding is due to

Which of the following is not showing the essential difference between electrostatic shielding by a conducting shell and magnetostatic shielding?

Which of the following is not showing the essential difference between electrostatic shielding by a conducting shell and magnetostatic shielding?

An irregular shaped non conductor has some charge distribution. The potential difference between the two points A and B in it is V. If it is now enveloped in an spherical non conducting shell having uniform charge distribution in it, the new potential difference between the points (neglect any induction due to presence of charge)

An irregular shaped non conductor has some charge distribution. The potential difference between the two points A and B in it is V. If it is now enveloped in an spherical non conducting shell having uniform charge distribution in it, the new potential difference between the points (neglect any induction due to presence of charge)

An irregular shaped non conductor has some charge distribution. The potential difference between the two points A and B in it is V. If it is now enveloped in an spherical non conducting shell having uniform charge distribution in it, the new potential difference between the points (neglect any induction due to presence of charge)

A solid conducting sphere of radius a is enclosed in a concentric shell of radius b gt a . The charge on the inner sphere is 3muC and on the conducting shell is -10muC . The potential difference between the conductors is V. If +10muC additional charge is given to the outer shell, the new potential difference is A. V B. V/2 C. 2V D. zero

A solid conducting sphere of radius a is enclosed in a concentric shell of radius b gt a . The charge on the inner sphere is 3muC and on the conducting shell is -10muC . The potential difference between the conductors is V. If +10muC additional charge is given to the outer shell, the new potential difference is