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14 Nov 2019
Consider the following reactions.
(1) 11n +1121Hâ1131H
(2) 1411H +1421Hâ1432He (a) Compute the Q values forthesereactions. Identify whether each reaction is exothermicorendothermic.
(1) 1
Your response differs from the correct answerby 10% to 100%.MeV
2---Select---exothermicendothermic
(2) 3
Your response differs from the correct answerby orders ofmagnitude. MeV
4---Select---exothermicendothermic
(b) Which reaction results in more released energy? Why?
5
(c) Assuming the difference is primarily due to the work done bytheelectric force, calculate the distance between the two protonsinhelium-3.
6 m
Consider the following reactions.
(1) 11n +1121Hâ1131H
(2) 1411H +1421Hâ1432He
(2) 1411H +1421Hâ1432He
(a) Compute the Q values forthesereactions. Identify whether each reaction is exothermicorendothermic.
(1) 1
Your response differs from the correct answerby 10% to 100%.MeV
2---Select---exothermicendothermic
(2) 3
Your response differs from the correct answerby orders ofmagnitude. MeV
4---Select---exothermicendothermic
(b) Which reaction results in more released energy? Why?
5
(c) Assuming the difference is primarily due to the work done bytheelectric force, calculate the distance between the two protonsinhelium-3.
6 m
(1) 1
Your response differs from the correct answerby 10% to 100%.MeV
2---Select---exothermicendothermic
(2) 3
Your response differs from the correct answerby orders ofmagnitude. MeV
4---Select---exothermicendothermic
(b) Which reaction results in more released energy? Why?
5
(c) Assuming the difference is primarily due to the work done bytheelectric force, calculate the distance between the two protonsinhelium-3.
6 m