- #1
joej
- 29
- 0
an object of 3.8g moves @ 180m/s perpendicular to a magnetic field of (5x10^-5)T
the object possesses a net charge of (8.1x10^-9)C
by what distance will it be deflected from its pathe due to the magnetic field after it has traveled 1.0 km
so I'm guessing I'll have to find out the radius of the curvature here, so...
F = ma
a = v^2/r
qvB = (mv^2)/r
r = (mv)/(qB)
r = (1.69x10^12)m
and... yeah... where do I go from there... or do I have to do something different?
the object possesses a net charge of (8.1x10^-9)C
by what distance will it be deflected from its pathe due to the magnetic field after it has traveled 1.0 km
so I'm guessing I'll have to find out the radius of the curvature here, so...
F = ma
a = v^2/r
qvB = (mv^2)/r
r = (mv)/(qB)
r = (1.69x10^12)m
and... yeah... where do I go from there... or do I have to do something different?