- (20) The table below shows the most commonly useful fusion reactions of the hydrogen isotopes deuterium and tritium. Choose one of the reactions from reactions 1,3,5,7 and one reaction from reactions 4 and 6 and, using the table of masses below, determine the energy released from the reaction in kJ/mole. Thermonuclear Fusion Probability Nucleus Mass(amu) Reaction D T He He He 2.013553 D+D→ He +n D+3DT+p D+ T→ *He + n D + 3He → He +p T+T He +2 n T+ 3He D + *He T + 3He →p+ SHe 1 50% 3.01604928 50% 4.002602 3 100% 3.016029 4 100% 5.012057 100% 1.007277 6. 43% 6% 1.0086649 Reaction Number (circle one) 135 7

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Chapter20: Nuclear Chemistry
Section: Chapter Questions
Problem 20.98QP
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The table below shows the most commonly useful fusion reactions of the hydrogen isotopes deuterium and
tritium. Choose one of the reactions from reactions 1,3,5,7 and one reaction from reactions 4 and 6 and, using
the table of masses below, determine the energy released from the reaction in kJ/mole.

a) Reaction Number (circle one) 1 3 5 7

Energy released:

b) Reaction Number (circle one) 4 6

Energy released:

(20) The table below shows the most commonly useful fusion reactions of the hydrogen isotopes deuterium and
tritium. Choose one of the reactions from reactions 1,3,5,7 and one reaction from reactions 4 and 6 and, using
the table of masses below, determine the energy released from the reaction in kJ/mole.
Thermonuclear Fusion
Probability
Nucleus Mass(amu)
Reaction
2.013553
D+3D→ He +n
D+3D→ {T+ p
D + T →He +n
D + 3He →He +p
T + THe +2 n
T+ 3He D+ *He
T+ 3He p+ 5He
50%
T
He
He
He
ip
3.01604928
50%
4.002602
->
100%
3.016029
100%
100%
5.012057
43%
1.007277
->
6%
1.0086649
Reaction Number (circle one) 1 3 5 7
123 4567
Transcribed Image Text:(20) The table below shows the most commonly useful fusion reactions of the hydrogen isotopes deuterium and tritium. Choose one of the reactions from reactions 1,3,5,7 and one reaction from reactions 4 and 6 and, using the table of masses below, determine the energy released from the reaction in kJ/mole. Thermonuclear Fusion Probability Nucleus Mass(amu) Reaction 2.013553 D+3D→ He +n D+3D→ {T+ p D + T →He +n D + 3He →He +p T + THe +2 n T+ 3He D+ *He T+ 3He p+ 5He 50% T He He He ip 3.01604928 50% 4.002602 -> 100% 3.016029 100% 100% 5.012057 43% 1.007277 -> 6% 1.0086649 Reaction Number (circle one) 1 3 5 7 123 4567
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