A positively charged particle with charge q is moving with speed V in a region of uniform magnetic field B at the instant shown in figure. An external electric field is to

A positively charged particle with charge q is moving with speed V in a region of uniform magnetic field B at the instant shown in figure. An external electric field is to be applied such that the charged particle follows a straight line path. The magnitude and direction of electric field required are respectively.
A positively charged particle with charge q is moving with speed V in a region of uniform magnetic field B at the instant shown in figure- An external electric field is to be applied such that the charged particle follows a straight line path- The magnitude and direction of electric field required are respectively-
For the given instant force on the particle due to magnetic field is F_m= qVB ĵ So, magnetic force is acting in the positive y- axis and the particle is follo

A positive charge particle with charge q is moving with speed vin a region of uniform magnetic field B the instant shown in figure. An external electric field is to be applied

A positively charged particle having charge q and mass m moving with velocity v0 î enters a region in which magnetic field B = B0k̂ exists. The magnetic field region extends from

In a cylindrical region of radius R, there exists a time varying magnetic field B such that dB / dt = k >0. A charged particle having charge q is placed at

A particle of specific charge 0.5 C/kg is projected in a transverse magnetic field with velocity making angle θ =π3 at t=0 as shown in figure.The time spent by the particle in

Solved A positively charged particle moving at a constant

Isn't it ionic?': Showing the circular motion of charged particles in magnetic fields in the school laboratory – e=mc2andallthat

In a cylindrical region of radius R, there exists a time varying magnetic field B such that dB / dt = k >0. A charged particle having charge q is placed at

A particle of mass m and charge q is in motion speed parallel to a long straight conductor carrying current I as shown below. F ind magnitude and direction of electric field

A particle of mass m and charge q is in motion speed parallel to a long straight conductor carrying current I as shown below. yu Find magnitude and direction of electric field