In the figure current I flows in a circular loop and straight wire. The loop is fixed but straight wire can move. The straight wire will

Question

In the figure current I flows in a circular loop and straight wire. The loop is fixed but straight wire can move. The straight wire will <img class="img-fluid question-image" alt="image" src="https://cdn.tardigrade.in/img/question/physics/7370e900b9413bd8e111f77f0aca774e-.png" /> (A) Remains stationary (B) Move towards the loop (C) Move away from the loop (D) Rotate about the axis

Tardigrade Admin · Accepted Answer

By Fleming's left hand rule, force by the small element of circular loop is towards. <img class="img-fluid question-image" alt="image" src="https://cdn.tardigrade.in/img/question/physics/fb71db4024ca056ba4a21bb6403a751f-.png" /> So, they attract each other hence move towards the loop

Q. In the figure current I flows in a circular loop and straight wire. The loop is fixed but straight wire can move. The straight wire will

Remains stationary

Move towards the loop

Move away from the loop

Rotate about the axis

By Fleming's left hand rule, force by the small element of circular loop is towards.

So, they attract each other hence move towards the loop

Q. In the figure current I flows in a circular loop and straight wire. The loop is fixed but straight wire can move. The straight wire will

Remains stationary

Move towards the loop

Move away from the loop

Rotate about the axis

By Fleming's left hand rule, force by the small element of circular loop is towards. So, they attract each other hence move towards the loop

By Fleming's left hand rule, force by the small element of circular loop is towards.

So, they attract each other hence move towards the loop