1
answer
0
watching
135
views
23 Nov 2019
An electron moving at a constant velocity, v = v0xhat, enters aregion in space where a magnetic field is present. The magneticfield, B, is constant and points in the z-direction. What is themagnitude and direction of the magnetic force acting on theelectron? (Use the following as necessary: v0, B for the magnitudeof the electric field, q for the charge of the electron, and m forthe mass of the electron.)
FB =
If the width of the region where the magnetic field is present isd, what is the minimum velocity the electron must have in order toescape this region? (Give the magnitude only. Use the following asnecessary: v0, B for the magnitude of the electric field, d, q forthe charge of the electron, and m for the mass of theelectron.)
vmin =
An electron moving at a constant velocity, v = v0xhat, enters aregion in space where a magnetic field is present. The magneticfield, B, is constant and points in the z-direction. What is themagnitude and direction of the magnetic force acting on theelectron? (Use the following as necessary: v0, B for the magnitudeof the electric field, q for the charge of the electron, and m forthe mass of the electron.)
FB =
If the width of the region where the magnetic field is present isd, what is the minimum velocity the electron must have in order toescape this region? (Give the magnitude only. Use the following asnecessary: v0, B for the magnitude of the electric field, d, q forthe charge of the electron, and m for the mass of theelectron.)
vmin =
23 Jun 2023
