An equilateral triangular loop is kept near to a current carrying long wire as shown in figure. Under the action of magnetic force alone, the loop
The magnetic field would be into the plane of the triangle, with magnitude decreasing as gone farther from the the current carrying wire. From symmetry, the magnitudes of →F1 and →F2 would be same. Thus they would not have any vertical component. Thus, the triangle would move only in the X-direction.
A square loop and an electric dipole āp are fixed on a light plastic plate. The loop caries a current i as shown in the figure. A dipole is at the centre of the loop in the direction shown. Electric and magnetic fields exist in the region such that there is no net torque on the plate due to them. If the magnetic field is in the plane as shown in the figure the electric field must be
A uniformly charged ring of charge +Q is placed close to a long current carrying wire. The ring is rotating with an angular velocity Ļ. Wire and ring are in same plane. Choose the incorrrect statement
What is the direction of magnetic force on the negatively charged particle q which is moving in the magnetic field of a long current carrying wire, as shown in the figure?
A conductor PQ of length b carries a current i2 is placed perpendicular to a long conductor XY carrying a current i1 as shown in figure. The magnitude and direction of the magnetic force acting on PQ is
Both the conductors are in xyāplane.
