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Sphere A is positive charge. Another sphere B of same mass as A is given equal amount of negative charge. Then as of A is given equal amount of negative charge. Then mass of A and B becomes?
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Sphere A is positive charge. Another sphere B of same mass as A is giv...
Mass of Sphere A and B after charge transfer:
Sphere A initially has a positive charge, while Sphere B has an equal amount of negative charge. When the same amount of negative charge is transferred to Sphere A, both spheres end up with an equal amount of negative charge.

Explanation:
  • When a positive charge is added to a sphere, it loses electrons, leading to a decrease in its mass.
  • When a negative charge is added to a sphere, it gains electrons, increasing its mass.
  • Since Sphere A initially had a positive charge and Sphere B had a negative charge, their masses were different.
  • After transferring an equal amount of negative charge to Sphere A, both spheres now have the same negative charge, causing their masses to become equal.



Conclusion:
After the charge transfer, both Sphere A and Sphere B will have the same mass due to the equal amount of negative charge they possess. This demonstrates the principle that the addition or removal of charge can affect the mass of an object.
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Sphere A is positive charge. Another sphere B of same mass as A is given equal amount of negative charge. Then as of A is given equal amount of negative charge. Then mass of A and B becomes?
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Sphere A is positive charge. Another sphere B of same mass as A is given equal amount of negative charge. Then as of A is given equal amount of negative charge. Then mass of A and B becomes? for UPSC 2025 is part of UPSC preparation. The Question and answers have been prepared according to the UPSC exam syllabus. Information about Sphere A is positive charge. Another sphere B of same mass as A is given equal amount of negative charge. Then as of A is given equal amount of negative charge. Then mass of A and B becomes? covers all topics & solutions for UPSC 2025 Exam. Find important definitions, questions, meanings, examples, exercises and tests below for Sphere A is positive charge. Another sphere B of same mass as A is given equal amount of negative charge. Then as of A is given equal amount of negative charge. Then mass of A and B becomes?.
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