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

A charged particle moves in a uniform magnetic field B=(2hati-3hatj) T

A charged particle moves in a uniform magnetic field B=(2hati-3hatj) T

A conducting rod of length 1m aligned along the unit vector ((3)/(5)hatj+(4)/(5)hatj ), is moving with a velocity vecv=(2hati)m//s . The motion take place in a uniform magnetic field vecB=(hatj-2hatk) tesla. Find the magnitude of induced emf in across the rod in volt.

A charge +q moves with velocity vecv = 3hati+4hatj+hatk in an electromagnetic field given by vecE=3hati+hatj+2hatk and vecB =hati+hatj-3hatk The y - component of the force experienced by + q is :

1micro C charge moves with the velocity vecv=4hati+6hatj+3hatk in uniform magnetic field, vecB= 3hati+4hatj-3hatk xx 10^(-3). Force experience by charged particle in units of 10^(-9) N will be,

1 micro C charge moves with the velocity vecv=4hati+6hatj+3hatk in uniform magnetic field, vecB= 3hati+4hatj-3hatk xx 10^(-3). Force experience by charged particle in units of 10^(-9) N will be,

If a particle of charge q is moving with velocity v along x-axis and the magnetic field B is acting along Y-axis, use the expression vecF=q(vecv xx vecB) to find the direction of force vecF acting on it.

Calculate the force acting on an electron moving with a velocity (3hati+3hatj)m.s^(-1) in a magnetic field of strength (2hatj+3hatk) tesla.

A proton moves at a constant velocity of 50 m/s along the x-axis, in uniform electric and magnetic fields. The magnetic field is B = (2.0 mT)hatj . What is the electric field?