A sample of uranium emitting -particles of energy 4.2 MeV is placed near an ionization chamber. Assuming that 15 particles per second enter the chamber, calculate the current produced, if an ion pair requires energy of 30 eV. Charge on the electron e= 1.6  10-19 C.

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A sample of uranium emitting -particles of energy 4.2 MeV is placed near an ionization chamber. Assuming that 15 particles per second enter the chamber, calculate the current produced, if an ion pair requires energy of 30 eV. Charge on the electron e= 1.6  10-19 C.

A sample of uranium emitting -particles of energy 4.2 MeV is placed near an ionization chamber. Assuming that 15 particles per second enter the chamber, calculate the current produced, if an ion pair requires energy of 30 eV. Charge on the electron e= 1.6  10-19 C.

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A sample of uranium emitting -particles of energy 4.2 MeV is placed near an ionization chamber. Assuming that 15 particles per second enter the chamber, calculate the current produced, if an ion pair requires energy of 30 eV. Charge on the electron e= 1.6  10-19 C.

A sample of uranium emitting -particles of energy 4.2 MeV is placed near an ionization chamber. Assuming that 15 particles per second enter the chamber, calculate the current produced, if an ion pair requires energy of 30 eV. Charge on the electron e= 1.6  10-19 C.

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