During - decay of stationary nucleus- an electron is observed with a KE of 1-0 MeV- From this what can be concluded about Q value of the decay-A- It can be greater than 1 MeVB- All the aboveC- It can be equal to 1 MeVD- It can be less than 1 MeV

The correct option is B All the aboveIn β decay the energy released is in the form of KE if electron amp; the energy shared by antineutrino. The energy of a ...

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Standard X

Physics

Alpha Decay

During β deca...

Question

During β decay of stationary nucleus, an electron is observed with a KE of 1.0 MeV. From this what can be concluded about Q value of the decay?

It can be equal to 1MeV

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It can be less than 1MeV

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It can be greater than 1MeV

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All the above

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Solution

The correct option is D
All the above

In β decay the energy released is in the form of KE if electron & the energy shared by antineutrino. The energy of antineutrino can be anything from 0 to a finite value.

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During β decay of stationary nucleus, an electron is observed with a KE of 1.0 MeV. From this what can be concluded about Q value of the decay?

The correct option is D All the aboveIn β decay the energy released is in the form of KE if electron & the energy shared by antineutrino. The energy of antineutrino can be anything from 0 to a finite value.

The correct option is D
All the above

In β decay the energy released is in the form of KE if electron & the energy shared by antineutrino. The energy of antineutrino can be anything from 0 to a finite value.