As the electric charge on the surface of a hollow metal sphere increases, the electric field intensity inside the sphere:
A increases
B decreases
C Remains same
D May increases or decreases depending on the radius of the sphere
Answer with explanation
Answers
Answered by
31
⤵HEYA USER...
⤵Here is Your Answer. ...
⤵Actually this is the Concept of the Electrostatics....
⤵Basically we know that. ...
⤵In a Hollow sphere the charge distribution is always on the surface ...there is no existence of charge inside it ....,
⤵THUS IF THERE IS NO CHARGE INSIDE IT WE CAN CONCLUDE THAT THERE IS ELECTRIC FIELD INTENSITY INSIDE IT .....
⭐⭐THUS THERE IS NO CHANGE OR IT REMAINS SAME. ....
⤵Here is Your Answer. ...
⤵Actually this is the Concept of the Electrostatics....
⤵Basically we know that. ...
⤵In a Hollow sphere the charge distribution is always on the surface ...there is no existence of charge inside it ....,
⤵THUS IF THERE IS NO CHARGE INSIDE IT WE CAN CONCLUDE THAT THERE IS ELECTRIC FIELD INTENSITY INSIDE IT .....
⭐⭐THUS THERE IS NO CHANGE OR IT REMAINS SAME. ....
jeni123:
Why it will remain same??
Nice one...
it's simple no effect of outside charges inside...
nd vice versa is also true.
Answered by
2
Answer:
Remains same
Explanation:
is the answer
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