A wire of length a'a carries a current I along the y-axis.A magnetic field exists given by
`B=B_(0)(3hati+2hatj+hatk)T`
Calculate magnetic force in vector from and its magnitude

A wire of length l carries a current I along the x-asis. A magnetic field exists which is given as vecB=B_0(veci+vecj+veck) T. find the magnitude of the magnetic force acting on the wire.

A wire of length L carries a current i along the x-axis. A magnetic field B=B_0(hati+hatj+hatk) exists in the space. Find the magnitude of the magnetic force acting on the wire.

A wire of length 1rn along x-axis carries a current 2 A , is placed inside the field of vecB=(3.0hatj+4.0hatk) tesla, then force exerted on the wire is

A uniform magnetic field exists in the space B=B_(1)hati+B_(2)hatj-B_(3)hatk . Find the magnetic flux through an area S, if the area S is in yz - plane.

The figure shows a loop of wire carrying a current i as shown. There exists a uniform magnetic field along x-axis given by vec(B) = B_(0) hat(i) . If the length of each side is a, then

A charge q moves with a velocity 2m//s along x- axis in a unifrom magnetic field B=(hati+2hatj+3hatk) tesla.

A wire lying along y-axis from y=0 to y=1 m carries a current of 2mA in the negative y-direction. The wire lies in a non uniform magnetic fiedl given by B=(0.3T/m)yhati +(0.4Tm)yhatj . The magnetic force on the entire wire is

A magnet of magnetic moment 50hati Am^(2) is placed along the x=axis in a uniform magnetic field vecB = (0.5 hati + 3.0 hatj)T . What are the net force and torque experienced by the dipole ?

Two long straight parallel wieres are 2m apart, perpendicular to the plane of the paper. The wire A carries a current of 9.6 A , directed into the plane of the paper. The wire B carries a current such that the magnetic field of induction at the point P , at a distance of 10/11 m from the wire B, is zero. find a. the magnitude and directiion of the current in B. b. the magnitude of the magnetic field of induction of the pont S . c. the force per unit length on the wire B .

A semicircular wire of radius 5.0 cm carries a current of 5.0 A. A magnetic field B of magnitude 0.50 T exists along the perpendicular to the plane of the wire. Find the magnitude of the magnetic force acting on the wire.