A positive charged particle when moves from potential to lower potential

A positive charged particle when moves from higher potential to lower potential

Assertion: A small electric dipole is moved translatonally from higher potential to lower potential in uniform electric field. Work done by electric is positive. Reason: When a positive charge is moved from higher potential to lower potential, work done by electric field positive.

Assertion: A small electric dipole is moved translatonally from higher potential to lower potential in uniform electric field. Work done by electric is positive. Reason: When a positive charge is moved from higher potential to lower potential, work done by electric field positive.

Match the following . When an independent positive charge moves from higher potential to lower potential, then {:(,"Table - 1",,"Table - 2",),((A),"its kinetic energy",(P),"will remain constant",),((B),"its potential energy",(Q),"will decrease",),((C),"its mechanical energy",(R),"will increase",):}

Match the following . When an independent positive charge moves from higher potential to lower potential, then {:(,"Table - 1",,"Table - 2",),((A),"its kinetic energy",(P),"will remain constant",),((B),"its potential energy",(Q),"will decrease",),((C),"its mechanical energy",(R),"will increase",):}

Statement (A): Negative charges always move from a higher potential to lower potential point statement (B): Electric potentail is vector.

When a positive q charge is taken from lower potential to a higher potential point, then its potential energy will

When a positive q charge is taken from lower potential to a higher potential point, then its potential energy will