Three isotopes of fluorine are given in the table. The stable isotope of fluorine is 19F. Isotope Atomic mass (u) 18F 18.000937 19F 18.998404 20F 19.999982 Calculate the binding energy per nucleon E18 of 18F. Calculate the binding energy per nucleon E19 of "F. Calculate the binding energy per nucleon E20 of 20F. 7.37 E18= Incorrect Answer MeV 7.78 E19 = MeV Correct Answer 7.68 E20 = Correct Answer Predict the most likely decay process for the unstable isotope fluorine-18. Predict the most likely decay process for the unstable isotope fluorine-20. MeV

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Three isotopes of fluorine are given in the table. The stable
isotope of fluorine is 19F.
Isotope
Atomic mass (u)
18F
18.000937
19F
18.998404
20F
19.999982
Calculate the binding energy per nucleon E18 of 18F.
Calculate the binding energy per nucleon E19 of "F.
Calculate the binding energy per nucleon E20 of 20F.
7.37
E18=
Incorrect Answer
MeV
7.78
E19 =
MeV
Correct Answer
7.68
E20 =
Correct Answer
Predict the most likely decay process for the unstable
isotope fluorine-18.
Predict the most likely decay process for the unstable
isotope fluorine-20.
MeV
Transcribed Image Text:Three isotopes of fluorine are given in the table. The stable isotope of fluorine is 19F. Isotope Atomic mass (u) 18F 18.000937 19F 18.998404 20F 19.999982 Calculate the binding energy per nucleon E18 of 18F. Calculate the binding energy per nucleon E19 of "F. Calculate the binding energy per nucleon E20 of 20F. 7.37 E18= Incorrect Answer MeV 7.78 E19 = MeV Correct Answer 7.68 E20 = Correct Answer Predict the most likely decay process for the unstable isotope fluorine-18. Predict the most likely decay process for the unstable isotope fluorine-20. MeV
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