1. The problem statement, all variables and given/known data
Given are a uniform electric field, E = 30,000 V/m inside a capacitor (see picture), and a uniform magnetic filed, B = 10 T, perpendicular to the plane of the page, present in all of the area.
Identical charged particles are moving in a trajectory marked by the dashed line, under the influence of the two fields: The trajectory inside the capacitor is a straight line, and the trajectory outside the capacitor is circular, with radius r = 1 cm.
What is the velocity v of the charged particles?
2. Relevant equations
Possibly r = mv / qB , but I don't know the mass of the particle.
Maybe E = F/q
3. The attempt at a solution
I know that the magnetic field is into the page based on the RHR. The particle is in circular motion because of the velocity and magnetic force vectors. The answer is v = 3000 m/s but I have no idea how it was derived.
1. The problem statement, all variables and given/known data
2. Relevant equations
3. The attempt at a solution
Given are a uniform electric field, E = 30,000 V/m inside a capacitor (see picture), and a uniform magnetic filed, B = 10 T, perpendicular to the plane of the page, present in all of the area.
Identical charged particles are moving in a trajectory marked by the dashed line, under the influence of the two fields: The trajectory inside the capacitor is a straight line, and the trajectory outside the capacitor is circular, with radius r = 1 cm.
What is the velocity v of the charged particles?
2. Relevant equations
Possibly r = mv / qB , but I don't know the mass of the particle.
Maybe E = F/q
3. The attempt at a solution
I know that the magnetic field is into the page based on the RHR. The particle is in circular motion because of the velocity and magnetic force vectors. The answer is v = 3000 m/s but I have no idea how it was derived.
1. The problem statement, all variables and given/known data
2. Relevant equations
3. The attempt at a solution
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