Fluorine-18 (18.0009373 g/mole) decays into oxygen-18 (17.9991596 g/mole). Calculate energy difference when 18F transmutates into 180 in: kJ/mole MeV Give your answers to 3 sig. figs. only. Express exponential numbers as 1.23E4 for 12300. 13.6 eV = 1312 kJ/mole

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Fluorine-18 (18.0009373 g/mole) decays into oxygen-18 (17.9991596 g/mole). Calculate
energy difference when 18F transmutates into 180 in:
kJ/mole
MeV
Give your answers to 3 sig. figs. only. Express exponential numbers as 1.23E4 for 12300.
13.6 eV = 1312 kJ/mole
Is the nuclear reaction likely to occur via electron capture or positron emission?
Transcribed Image Text:Fluorine-18 (18.0009373 g/mole) decays into oxygen-18 (17.9991596 g/mole). Calculate energy difference when 18F transmutates into 180 in: kJ/mole MeV Give your answers to 3 sig. figs. only. Express exponential numbers as 1.23E4 for 12300. 13.6 eV = 1312 kJ/mole Is the nuclear reaction likely to occur via electron capture or positron emission?
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