If a moving charge particle has a curved trajectory and recombines inside an ionization chamber, you can guess how many charged particles remains inside Earth interior and
Just tell me directly what you're trying to say.
I'll clarify what I meant. Suppose an electron is moving to the right in a magnetic field directed out of the page.
It should curve around in a counter-clockwise path. If the radius is large enough, it would hit the top electrode. If the radius is too small it would continue in a circular loop until it's stopped by something - such as an ion.
However if it starts off moving to the left, then its ccw path would direct it toward the bottom electrode - or around in circles.
Can you show that a significant enough proportion of the electrons do indeed start off moving to the right?
aspect. The fact that some electrons moves toward up electrode and other toward lower one, when the magnetic field remains the same is more then absurdity. Your
Absolutely not. Their direction depends on their initial direction of motion. That initial direction is what I'm doubting.
As you can see, you have chosen a very nice name (superstar), but behind this, there is nothing…
Don't use insults.