A wire, carriying a current I is kept in the x-y plame the curve y -(2 cm) `Asin((2pi)/(lambda)x).A magnetic field B exists in the z - direction.Find the magnitude of the magnetic force on the portion of the wire between z- -0 and `x=lambda//2`

A wire, carrying a current i , is kept in the x-y plane along the curve y = A sin ((2pi)/(lambda) x) . A magnetic field B exists in the z-direction. Find the magnitude of the magnetic force on the portion of the wire between x = 0 and x = lambda .

A wire, carrying a current i , is kept in the x-y plane along the curve y = A sin ((2pi)/(lambda) x) . A magnetic field B exists in the z-direction. Find the magnitude of the magnetic force on the portion of the wire between x = 0 and x = lambda .

A wire, carrying a current i , is kept in the x-y plane along the curve y = A sin ((2pi)/(lambda) x) . A magnetic field B exista in the z-direction. Find the magnitude of the magnetic force on the portion of the wire between x = 0 and x = lambda .

A wire of iength I carries a current along the x-axis. A magnetic field B=B_0(hatj+hatk) exists in the space. 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 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-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-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.