An element of `0.05hati m` is placed at the origin as shown in figure which carries a large current of 10 A. The magnetic field at a distance of 1 m in perpendicular direction is

An element dl = dxi is placed at the origin and carries a large current I = 10A. What is the magnetic field on the y-axis at a distance of 0.5m. dx = 1cm

An element dvecl=dxhati (where dx=1cm ) is placed at the origin and carries a large current i=10A . What is the magnetic field on the Y-axis at a distance of 0.5m ?

An element dvecl=dxhati (where dx=1cm ) is placed at the origin and carries a large current i=10A . What is the magnetic field on the Y-axis at a distance of 0.5m ?

An element dvecl=dxhati (where dx=1cm ) is placed at the origin and carries a large current i=10A . What is the magnetic field on the Y-axis at a distance of 0.5m ?

An element Delta l = Delta x hati is placed at the origin and carries a large current I = 10 A . What is the magnetic field on the y-axis at a distance of 0.5 m. Deltax = 1 cm.

An element, Deltavect=Deltaxhati is placed at the origin as shown in figure and carries a current 5A. Find out the magnetic field at point P on the z-axis at a distance of 2-0m due to the element Deltax=1cm . Give also, the direction of the magnetic field produced.

An element Deltavecl=Deltaxhati is placed at the origin as shown in figure and carries a current I=2A. Find out the magnetic field at a point P on the Z-axis at a distance of 1.0m due to the element Deltax=1cm. Give also the direction of the field produced.

An element Deltavecl=Deltaxhati is placed at the origin as shown in figure and carries a current I=2A . Find out the magnetic field at a point P on the y-axis at a distance of 1*0m due to the element Deltax=1cm . Give also the direction of the field produced.