An ionized deuteron ( a bound proton-neutron system with a net + echarge) passes

Question

An ionized deuteron ( a bound proton-neutron system with a net + echarge) passes through a velocity selector whose perpendicular magnetic and electric fields have a magnitude of 60 m T and 8.0 k V/m, respectively.
Find the speed of the ion An ionized deuteron ( a bound proton-neutron system with a net + echarge) passes through a velocity selector whose perpendicular magnetic and electric fields have a magnitude of 60 m T and 8.0 k V/m, respectively.
Find the speed of the ion
Find the speed of the ion

Explanation / Answer

According to the question:

The magnetic field, B = 60 m T = 60*10^-3 T

The electric field, E = 8 k V / m = 8000 V/m

The speed of the ion,

V = E/B = 8000 / 60*10^-3 = 133333.3 m/s = 1.3*10^5 m/s

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