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Formation of Elements Complete the following nuclear reactions and identify the cosmic phase (nucleosynthesis, stellar formation and evolution, or stellar explosion) in which the reaction occurred. Cosmic Phase 1. p + H + 87 2. He + H + ip 3. Mg + Si + 87 4. 1Ar + Ca + 7 36 5. Cd + on 110 48 6. Cd + 3 + 87 48 7. "C + He - + 87 8. "C + "C - 10 Ne + 9. H + P He + 10. o + o + H 12Mg + 11. 1Ne + He 98

Formation of Elements Complete the following nuclear reactions and identify the cosmic phase (nucleosynthesis, stellar formation and evolution, or stellar explosion) in which the reaction occurred. Cosmic Phase 1. p + H + 87 2. He + H + ip 3. Mg + Si + 87 4. 1Ar + Ca + 7 36 5. Cd + on 110 48 6. Cd + 3 + 87 48 7. "C + He - + 87 8. "C + "C - 10 Ne + 9. H + P He + 10. o + o + H 12Mg + 11. 1Ne + He 98

Chemistry: The Molecular Science
Chemistry: The Molecular Science
5th Edition
ISBN:9781285199047
Author:John W. Moore, Conrad L. Stanitski
Publisher:John W. Moore, Conrad L. Stanitski
Chapter18: Nuclear Chemistry
Section: Chapter Questions
Problem 18.BCP
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Formation of Elements Complete the following nuclear reactions and identify the cosmic phase (nucleosynthesis, stellar formation and evolution, or stellar explosion) in which the reaction occurred. Cosmic Phase 1. ip + H + 87 2. He + H + ip 12Mg + 28 3. 14 4. 18 Ar + Ca + 87 36 5. 110 Cd + on 48 Cd 115 6. 48 7. "C + He 8. "C + ?C - 1Ne + 9. H + p He + 10. H + 11. Ne + He 20 Mg + 12. 가H + H→ H + 13. S Fe + 3,n 26 14. He + He + 2 H 15. 36 Fe + 19 75Fe 75 As + 7 26 26 33 +
Transcribed Image Text:Formation of Elements Complete the following nuclear reactions and identify the cosmic phase (nucleosynthesis, stellar formation and evolution, or stellar explosion) in which the reaction occurred. Cosmic Phase 1. ip + H + 87 2. He + H + ip 12Mg + 28 3. 14 4. 18 Ar + Ca + 87 36 5. 110 Cd + on 48 Cd 115 6. 48 7. "C + He 8. "C + ?C - 1Ne + 9. H + p He + 10. H + 11. Ne + He 20 Mg + 12. 가H + H→ H + 13. S Fe + 3,n 26 14. He + He + 2 H 15. 36 Fe + 19 75Fe 75 As + 7 26 26 33 +
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