Circular flexible current loop of radius R carrying current I is placed in an inward magnetic field B. If we spin the loop with angular speed /omega, then tension in string
Is zero
is more than iBR
is less than iBR
Does not depend on rotation
A
Does not depend on rotation
B
is more than iBR
C
is less than iBR
D
Is zero
Open in App
Solution
Verified by Toppr
Was this answer helpful?
0
Similar Questions
Q1
Circular flexible current loop of radius R carrying current I is placed in an inward magnetic field B. If we spin the loop with angular speed /omega, then tension in string
View Solution
Q2
A circular flexible current loop of radius R carrying current i is placed in an inward magnetic field B . if we spin the loop with angular speed $$ \omega $$, then tension in string ( assume the mass of the loop is m)
View Solution
Q3
A circular flexible current loop of radius R carrying current i is placed in an inward magnetic field B. If we spin the loop clockwise with angular speed ω, then tension in string (Assume the mass of the loop is m)
View Solution
Q4
A circular flexible current loop of radius R carrying current i is placed in an inverted magnetic field B is this pin the loop with angular speed /omega, then tension in string ( assume the mass of the loop is m)
View Solution
Q5
A small circular flexible loop of wire of radius r carries a current I. It is placed in a uniform magnetic field B. The tension in the loop will be doubled if: