A straight segment `OC` (of lengh `L`) of a circuit carrying a current I is placed along the x-axis. Two infinitely long straight wire `A` and `B` each extending from `z=-ooto+oo` are fixed at `y=-a` and `y=+a` respectively as show in the figure. If the wires `A` and `B` each carry a current I into the plane of the paper, obtain the expression for the force acting on the segment `OC`. What will be the force on `OC` if the current in the wire `B` is reversed?

A straight segment OC(of length L meter) of a circuit carrying a current I amp is placed along the x- axis ( fig.). Two infinitely long straight wires A and B , each extending from z = -oo to +oo , are fixed at y = -a meter and y = +a meter respectively, as shown in the figure. If the wires A and B each carry a current I amp into the plane of the paper, obtain the expression for the force acting on the segment OC. What will be the force on OC if the current in the wire B is reversed?

A straight segment OC (of length L meter) of a circuit carrying a current I amp is placed along the x- axis ( fig.). Two infinetely long straight wires A and B , each extending from z = -oo to +oo , are fixed at y = -a meter and y = +a meter respectively, as shown in the figure. If the wires A and B each carry a current I amp into the plane of the paper, obtain the expression for the force acting on the segment OC . What will be the force on OC if the current in the wire B is reversed?

A straight segment OC (of length L meter) of a circuit carrying a current I amp is placed along the x- axis ( fig.). Two infinetely long straight wires A and B , each extending from z = -oo to +oo , are fixed at y = -ameter and y = +a meter respectively, as shown in the figure. If the wires A and B each carry a current I amp into the plane of the paper, obtain the expression for the force acting on the segment OC . What will be the force on OC if the current in the wire B is reversed?

A stright segment OC (of length L meter) of a circuit carrying a current 2 amp is placed along the x -axis.Two infinitely long straight wires A and B each extending form z=oo to +oo , are fixed at y=-a metre and y=+a metre respectively, as shown in the figure.If the wires A and B each carry a current I amp into plane of the paper.Obtain the expression for the force acting on the segment OC .The force on OC is ((mu_(0))/(N_(pi)))ln ((L^(2)+a^(2))/a^(2))(-hatk) .Then find the value of N

There is a circular loop carrying current and another straight wire carrying current is placed along its axis. The straight wire

A long straight wire carrying current I and a square conducting wire loop of side l , at a distance 'a' from current wire as shown in the figure. Both the current wire and loop are in the plane of paper. Find the magnetic flux of current wire, passing through the loop.

A long, straight wire carries a current along the z-axis. One can find two points in the x-y plane such that

A long, straight wire carries a current along the z-axis. One can find two points in the x-y plane such that

A long, straight wire carries a current along the z-axis. One can find two points in the x-y plane such that