If the electric eld in a region containing air exceeds 310 6 N C the air will become ionized i electrons will get separated from their atoms and
If the electric eld in a region containing air exceeds N C the air will become ionized i electrons will
If the electric eld in a region containing air exceeds N C the air will
a region containing air exceeds N C the air will become ionized i electrons will get separated from their atoms and
If the electric eld in a region containing air exceeds N C the
air will become ionized i electrons will get separated from their atoms and
If the electric eld in a region containing air exceeds
If the electric eld in
If the electric eld in a region containing air exceeds 310 6 N/C, the air will become ionized (i., electrons will get separated from their atoms) and...

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If the electric ?eld in a region containing air exceeds 3×106 N/C, the air will become ionized (i.e., electrons will get separated from their atoms) and a spark will jump. a) The top end of a Van de Graaf generator is a metal sphere approximately 16 cm in diameter. What is the magnitude of the electric ?eld it creates at a point in?nitesimally outside it when it has a total charge of 1 µC evenly distributed around its outer surface? b) What is the maximum amount of electric charge that can build up on the sphere before a spark jumps off? c) How many excess electrons are on one square centimeter of the surface when it has reached its maximum charge?

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If the electric eld in a region containing air exceeds 310 6 N/C, the air will become ionized (i., electrons will get separated from their atoms) and...