Define torque acting on a dipole of dipole moment ⃗placed in a uniform electric field ⃗⃗. Express it in the vector from and point out the direction along which it acts.
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Explanation:
The torque is defined as the product of the charge and electric field acting on the charge. The vector notation of the torque is τ=p×E. The direction on both p and E is acting perpendicular to both.
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Answer:
The torque is defined as the product of the charge and electric field acting on the charge.
*The vector notation of the torque is τ=p×E.
*The direction on both p and E is acting perpendicular to both
*the electric field is non-uniform then the net force acting on them is not equal to zero
*the electric field in both cases are increased with point P. But the difference came in the direction when they are in parallel,then both are in same direction.
*when they are perpendicular the direction is opposite to each other
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