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| Radioactive Decay | 42 mins | 0 completed | Learn |
| Band of Stability | 22 mins | 0 completed | Learn |
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| First Order Half Life | 19 mins | 0 completed | Learn |
| Additional Practice |
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| Alpha Decay |
| Beta Decay |
| Gamma Emission |
| Electron Capture |
| Positron Emission |
| Nuclear Fission |
| Mass Defect |
| Nuclear Fusion |
| Nuclear Transmutation |
Calculate the mass of octane, C8H18(g), that must be burned in air to evolve the same quantity of energy as produced by the fusion of 3.2 g of hydrogen in the following fusion reaction: 411 H → 24 He + 210 e Assume that all the products of the combustion of C8H18 are in their gas phases. Use data from Exercise 21.50, Appendix C, and the inside covers of the text. The standard enthalpy of formation of octane is -250.1 kJ/mol.
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