The resultant force on a square current loop PQRS due to a long current carrying conductor will be (if the current flow in the loop is clockwise)

The resultant force on the current loop PQR S due to a long current carrying conductors will be

The ressultant force on the current looop PQRS due to a long current carrying conductor will be

The resultant force on the current loop PQRS due to a long current - carrying conductor (current = 20 A) will be

The resultant force (in muN ) on the current loop PQRS due to a long current - carrying conductor (current = 20 A) will be

The resultant force (in muN ) on the current loop PQRS due to a long current - carrying conductor (current = 20 A) will be

The resultant force due to a current carrying long wire on a current loop ABCD in Newton will be: (Direction of current is clockwise)

In the adjoining diagram a current carrying loop pqrs is placed with its sides parallel to a long current -carrying wire. The currents I_(1) and I_(2) in the wire and loop are 20 A and 16 A respectively . If a = 15 cm, b = 6 cm and d = 4 cm, what will be the force on current loop pqrs? What will be the difference in the force, if the current I_(2) in the loop is clockwise instead of anticlockwise?

A closed loop carrying current is placed so that its plane is perpendicular to the long current carrying straight conductor as shown in the figure. The net force acting on the loop is [where WZ and XY are circular arcs)