Two point charges A and B of 100 C and -400 pc, are kept 3 cm apart. Find the point where the electric field due to the two charges vanishes. The charges are then brought into contact and then replaced to their original position. What will be the new position of zero intensity?

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Vikas TU · Answer

Dear bhuvan , If you know then only ans the question , Please do not misuse the forum Good Luck Cheers

Yashraj · Answer

dont misuse people of your type should be removed ….................................................................................. dont misuse it to just earn money

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Two point charges A and B of 100 C and -400 pc, are kept 3 cm apart. Find the point where the electric field due to the two charges vanishes. The charges are then brought into contact and then replaced to their original position. What will be the new position of zero intensity?

Two point charges A and B of 100 C and -400 pc, are kept 3 cm apart. Find
the point where the electric field due to the two charges vanishes. The
charges are then brought into contact and then replaced to their original
position. What will be the new position of zero intensity?

2 Answers

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Two point charges A and B of 100 C and -400 pc, are kept 3 cm apart. Find the point where the electric field due to the two charges vanishes. The charges are then brought into contact and then replaced to their original position. What will be the new position of zero intensity?

Two point charges A and B of 100 C and -400 pc, are kept 3 cm apart. Findthe point where the electric field due to the two charges vanishes. Thecharges are then brought into contact and then replaced to their originalposition. What will be the new position of zero intensity?

2 Answers

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Two point charges A and B of 100 C and -400 pc, are kept 3 cm apart. Find
the point where the electric field due to the two charges vanishes. The
charges are then brought into contact and then replaced to their original
position. What will be the new position of zero intensity?