- #1
mcastillo356
Gold Member
- 560
- 267
Let's suppose a solar electron moving directly towards Earth's equator at a high speed. This electron meets Earth's magnetic field, which points to the north, at a distance ten times the Earth's radius, where magnetic field is almost uniform. Which will be the direction this electron describes?
Attempt to solution:
At the first moment, magnetic field yields the electron to the West. This is the result of the cross-product between two vectors: velocity and magnetic field. Eversince, where does it go?; why?
Thank
Attempt to solution:
At the first moment, magnetic field yields the electron to the West. This is the result of the cross-product between two vectors: velocity and magnetic field. Eversince, where does it go?; why?
Thank