on which condition force acting on a moving charge in uniform magnetic field will be minium
Answers
Answered by
0
Hi Mate,
magnitude of force experienced by a charge moving with velocity v is given as:
F = qvB sin∅
where theta is an angle between direction of velocity (V) and direction of magnetic field (B).
And we know minimum value of sin∅ is zero. that means force experienced by a charge is minimum when it moves parallel or anti parallel to direction of magnetic field.
Good Day...!
magnitude of force experienced by a charge moving with velocity v is given as:
F = qvB sin∅
where theta is an angle between direction of velocity (V) and direction of magnetic field (B).
And we know minimum value of sin∅ is zero. that means force experienced by a charge is minimum when it moves parallel or anti parallel to direction of magnetic field.
Good Day...!
Answered by
0
Answer:
Here is your answer
Explanation:
The force acting on the charge will be minimum when the magnetic field is parallel to the charge. This is because force= ILB× sin theta
since theta is 180°
sin theta will be zero and hence the force will be zero or minimum
Similar questions