A particle is moving wirh velocity `vecv=hati+3hatj` and it produces an electric field at a point given by `vecE=2hatk`. It will produce magnetic field at that point equal to (all quantities are in SI units)

A particle is moving with velocity vec(v)=hat(i)+3hatj and it produces an electrostatic field at a point given by vec(E)=2hat(k) . It will produce magnetic field at that point equal to (all quantities are in S.I. units and speed of light is c )

A particle is moving with velocity bar(v)=hat(i)+3hatj and it produces an electrostatic field at a point given by bar(E)=2hat(k) . It will produce magnetic field at that point equal to (all quantities are in S.I. units and speed of light is c )

The electric potential at a point (x, y, z) is given by V=-xy+z-z^3yx . The electric field vecE at the point (1,0,1) is (all quantities are in SI units)

An uncharged particle is moving with a velocity of vecv in non - uniform magnetic field as shown Velocity vecv would be

An uncharged particle is moving with a velocity of vecv in non - uniform magnetic field as shown Velocity vecv would be

A Charge of 3 C is moving with velocity vecv = (4hati + 3hatj) ms^-1 in a magnetic field vecB = (4hati + 3hatj) Wb m^-2 . Find the force acting on the test charge

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

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 :

An electron moving with velocity vecv_(1)=1hati m//s at a point in a magnetic field experiences a force vecF_(1)=-ehatjN where e is the charge of electron.If the electron is moving with a velocity vecv_(2)=hati-hatj m//s at the same point, it experiences a force vecF_(2)=-e(hati+hatj)N . Find the magnetic field and the force the electron would experience if it were moving with a velocity vecv_(3)=vecv_(1)xxvecv_(2) at the same point.