assuming that 80% of the emitted β-particles escape the socurce?
A radioactive source in the form of a metal sphere of daimeter 10^−3 m emits β-particles at a constant rate of 6.25×1010 particles per second. If the source is electrically insulated, how long will it take for its potential to rise by 1.0 V, assuming that 80% of the emitted β-particles escape the socurce?
07
Nov
A radioactive source in the form of a metal sphere of daimeter 10^−3 m emits β-particles at a constant rate of 6.25×1010 particles per second. If the source is electrically insulated, how long will it take for its potential to rise by 1.0 V, assuming that 80% of the emitted β-particles escape the socurce? A [...]
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A radioactive source in the form of a metal sphere of daimeter 10^−3 m emits β-particles at a constant rate of 6.25×1010 particles per second. If the source is electrically insulated ,
assuming that 80% of the emitted β-particles escape the socurce? ,
how long will it take for its potential to rise by 1.0 V ,