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What quantity of energy would be produced when one mole of deuterium reacts with one mole of tritium to form helium and a neutron? D isotopic mass 2.0141 g/mol T isotopic mass He isotopic mass 4.0026 g/mol neutron mass electron mass speed of light 1 kJ = 1000 kg m2/s2 3.0160 g/mol 4 1.0087 g/mol 5.486 Ã 10-4 g/mol 2.998 Ã 108 m/s D. 2.8Ã10-9 J A. 9.2Ã1013 J B. 5.6Ã106 J C. 3.1 x 108 J E. 1.7Ã1012 J
What quantity of energy would be produced when one mole of deuterium reacts with one mole of tritium to form helium and a neutron? D isotopic mass 2.0141 g/mol T isotopic mass He isotopic mass 4.0026 g/mol neutron mass electron mass speed of light 1 kJ = 1000 kg m2/s2 3.0160 g/mol 4 1.0087 g/mol 5.486 Ã 10-4 g/mol 2.998 Ã 108 m/s D. 2.8Ã10-9 J A. 9.2Ã1013 J B. 5.6Ã106 J C. 3.1 x 108 J E. 1.7Ã1012 J
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Tod ThielLv2
8 Sep 2019
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