It is interesting to compare the energy produced by fusion to that produced by combustion. When carbon burns to produce carbon dioxide, 395 kJ/mol of energy is released. Approximately how much greater is the energy per mole of deuterium that is released in the following fusion process: ? The atomic masses are 2.0104 g/mol for deuterium and 4.0026 g/mol for helium. Be sure to keep track of the units and get them correct; remember, 1 kJ = 1000 kg m²/s².

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The Answer of It is interesting to compare the energy produced by fusion to that produced by combustion. When carbon burns to produce carbon dioxide, 395 kJ/mol of energy is released. Approximately how much greater is the energy per mole of deuterium that is released in the following fusion process: ? The atomic masses are 2.0104 g/mol for deuterium and 4.0026 g/mol for helium. Be sure to keep track of the units and get them correct; remember, 1 kJ = 1000 kg m²/s².

It Is Interesting to Compare the Energy Produced by Fusion