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Which of the following statement (s) is / are correct?
  • a)
    If the electric field due to a point charge varies as r-5/2  instead of. then the Gauss’s law will shall be valid
  • b)
    The Gauss’s law can be used to calculate the field distribution around an electric dipole.
  • c)
    If the electric field between two point charges is zero somewhere, then the sign of two charges is the same.
  • d)
    The work done by the external force in moving a unit positive charge from point A at potential VA to point B at potential VB is (VB - VA) .
Correct answer is option 'C,D'. Can you explain this answer?
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Which of the following statement (s) is / are correct?a)If the electri...

If q1 and q2 are like charges then electric field between two point changes is zero somewhere. The workdone is moving a unit positive charge unaccelerated i.e. it remains in the state of quasistatic equilibrium which happens if force applied by external agency 
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Which of the following statement (s) is / are correct?a)If the electri...

If q1 and q2 are like charges then electric field between two point changes is zero somewhere. The workdone is moving a unit positive charge unaccelerated i.e. it remains in the state of quasistatic equilibrium which happens if force applied by external agency 
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Which of the following statement (s) is / are correct?a)If the electri...

If q1 and q2 are like charges then electric field between two point changes is zero somewhere. The workdone is moving a unit positive charge unaccelerated i.e. it remains in the state of quasistatic equilibrium which happens if force applied by external agency 
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Which of the following statement (s) is / are correct?a)If the electric field due to a point charge varies as r-5/2 instead of. then the Gauss’s law will shall be validb)The Gauss’s law can be used to calculate the field distribution around an electric dipole.c)If the electric field between two point charges is zero somewhere, then the sign of two charges is the same.d)The work done by the external force in moving a unit positive charge from point A at potential VA to point B at potential VB is (VB - VA) .Correct answer is option 'C,D'. Can you explain this answer?
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