The formation of helium nucleus, from the fusion process of two deuterium nuclei is shown as below: H + ?H - He + in + energy The binding energies per nucleon from fusion process in Equation above for H and He are 1.09 Mev and 2.54 Mev, respectively. Calculate the energy released in this reaction. O 0.36 Mev O 3.26 Mev O 5.44 Mev O 1.45 Mev
The formation of helium nucleus, from the fusion process of two deuterium nuclei is shown as below: H + ?H - He + in + energy The binding energies per nucleon from fusion process in Equation above for H and He are 1.09 Mev and 2.54 Mev, respectively. Calculate the energy released in this reaction. O 0.36 Mev O 3.26 Mev O 5.44 Mev O 1.45 Mev
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The formation of helium nucleus, from the fusion process of two deuterium nuclei is shown as below:
H + ?H - He + in + energy
The binding energies per nucleon from fusion process in Equation above for 2H and 3 He are 1.09 Mev and 2.54 MeV, respectively. Calculate the energy released in this reaction.
O 0.36 Mev
O 3.26 Mev
O 5.44 Mev
O 1.45 Mev
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Which one of the following processes cause an increment in the atomic number?
O Alpha emission
O Beta emission
O Gamma emission
O Positron emission](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F9bafb659-69f4-4c18-b4fe-e4f11ad7116c%2Fa040e187-76c1-46d5-9599-637866c1384f%2Fbpx1blb_processed.jpeg&w=3840&q=75)
Transcribed Image Text:16.
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The formation of helium nucleus, from the fusion process of two deuterium nuclei is shown as below:
H + ?H - He + in + energy
The binding energies per nucleon from fusion process in Equation above for 2H and 3 He are 1.09 Mev and 2.54 MeV, respectively. Calculate the energy released in this reaction.
O 0.36 Mev
O 3.26 Mev
O 5.44 Mev
O 1.45 Mev
17.
DETAILS
MY NOTES
ASK YOUR TEACHER
Which one of the following processes cause an increment in the atomic number?
O Alpha emission
O Beta emission
O Gamma emission
O Positron emission
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