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 v in a region of uniform magneticfield
A particle of charge ' q ' and mass ' m ' is projected with speed v0 per..
A positive charge particle with charge q is moving with speed v in a region of uniform magneticfield
Find the condition under which the charged particles moving with different speeds in the presence of electric and magnetic field vectors can be used to select charged particles of a particular speed.
charged particles P and Gente un magnetic en noman with the same speed Ther paths in the field are as shown in the figure it can be concluded that The charge of
A particle of charge q and mass `m` is moving along the x-axis with a velocity
Solved The left diagram shows a positively charged particle
A positive charge particle with charge q is moving with speed v in a region of uniform magnetic
12. A point charge is moving with a constant velocity perpendicular to a uniform magnetic field as shown in the figure. What should be the magnitude and direction of the electric field
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
