Answer:
The particle's velocity is 212.15 m/s.
Explanation:
Given that,
Charge of particle,
The magnitude of electric field, E = 1270 N/C
The magnitude of magnetic field, B = 1.28 T
Net force,
We need to find the magnitude of the particle's velocity. the net force acting on the particle is given by Lorentz force as :
So, the particle's velocity is 212.15 m/s.
Answer:
w = 1.976 rpm
Explanation:
For simulate the gravity we will use the centripetal aceleration , so:
where w is the angular aceleration and r the radius.
We know by the question that:
r = 60.5m
= 2.6m/s2
So, Replacing the data, and solving for w, we get:
W = 0.207 rad/s
Finally we change the angular velocity from rad/s to rpm as:
W = 0.207 rad/s = 0.207*60/(2)= 1.976 rpm