A positively charge particle moving along `x`-axis with a certain velocity enters a uniform electric field directed along positively y-axis. Its

A positively charged particle moving along x-axis with a certain velocity enters a uniform electric field directed along positive y-axis. Its

A positive point charge (q) is projected along (+x) axis with some velocity from origin, electric field is directed along (y) axis E = E_0(hatj) Find trajectory of charge in form of x.

A charged particle moves along positive y-axis with constant velocity in uniform electric and magnetic fields. Ilf magnetic fiedl is actig along positive x-axis, then, electric field should act along positive z-axis. Reason: To keep the charged particle undeviated the relation E=Bxxv must hold good.

An electron moving with velocity vecv along positive x-axis enters a uniform magnetic field vecB direction along positive y-axis. What is the magnitude and direction of force on the electron?

A positively charged particle, having charge q, is accelerated by a potential difference V. This particle moving along the x-axis enters a region where an electric field E exists. The direction of the electric field is along positive y-axis. The electric field exists in the region bounded by the lines x=0 and x=a. Beyond the line x=a (i.e., in the region xgta ), there exists a magnetic field of strength B, directed along the positive y-axis. Find a. at which point does the particle meet the line x=a . b. the pitch of the helix formed after the particle enters the region xgea. (Mass of the particle is m.)

A positively charged particle, having charge q, is accelerated by a potential difference V. This particle moving along the x-axis enters a region where an electric field E exists. The direction of the electric field is along positive y-axis. The electric field exists in the region bounded by the lines x=0 and x=a. Beyond the line x=a (i.e., in the region xgta ), there exists a magnetic field of strength B, directed along the positive y-axis. Find a. at which point does the particle meet the line x=a . b. the pitch of the helix formed after the particle enters the region xgea. (Mass of the particle is m.)

A particle with charge e and mass m, moving along the X-axis with a uniform speed u enters a region where a uniform electric field E is acting along the Y-axis. The particle starts to move in a parabola. Its focal length (neglecting any effect of gravity) is