Apositively charged ion with charge equivalent to 1e and mass 3.17 x 10^−26 kg is accelerated in a vacuum between two parallel plates with a potential difference of 3.00 x10^3 v between them. the plates are separated by a distance of 0.580 m.
(a) what is the electric field strength between the plates?
(b) determine its speed when it reaches the far plate.
(c) if the ion then moves into a uniform magnetic field of 5.19 x 10^−2 t, determine the
radius of its path as it is deflected by the magnetic field.
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Apositively charged ion with charge equivalent to 1e and mass 3.17 x 10^−26 kg is accelerated in a v...
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