Question

If a negative charge is released in a uniform electric field, it will move

A. from low to high potnetial
B. in ciruclar motion
C. in the direction of the electric field
D. from high to low potential
E. In a direction perpendicular to the electric field

Answer 1

A. from low to high potential

Step-by-step explanation:

When positive charge is released in constant uniform field then it will always move in the direction of electric field

while negative charge always moves in the opposite direction of electric field

now we also know the relation between potential difference and electric field as

`\Delta V = - E. d`

so we can say in the direction of electric field potential always decreases

so when positive charge is released in electric field then it moves from higher potential to lower potential while when negative charge is released then it will move from lower potential to higher potential

So correct answer is

A. from low to high potential

Answer 2

Answer: A. From low potential to high potential

Step-by-step explanation:

An electric field has direction from positive i.e. higher potential to negative that is lower potential. A positive charge would be move in the direction of the electric field that is from higher potential to lower potential. On the other hand, a negative charge would move opposite to the direction of the electric field i.e it would be attracted towards the positive and thus, would move from lower potential to higher.