Question: 1 5 . 1 Determine V T E for a 1 . 0 - m - diameter sphere of standard density positioned between two parallel

15.1 Determine VTE for a 1.0- m-diameter sphere of standard density positioned between two parallel plates 1 cm apart maintained at a 9000-V potential difference. Assume that the particle is charged to the average Boltzmann equilibrium charge. What is the ratio of this electrostatic velocity to its gravitational settling velocity?
ANSWER: 0.0023ms[0.23cms],66.
1 5 . 1 Determine V T E for a 1 . 0 - m -

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