One in 5600 water molecules contains a deuterium atom.If all the deuterium could be extracted from 2 m³ of water and then reacted,how much energy could be obtained? (Each D-D fusion liberates 3.65 MeV of energy,
,
,one mole of water has a mass of 18 g,and
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Question

One in 5600 water molecules contains a deuterium atom.If all the deuterium could be extracted from 2 m³ of water and then reacted,how much energy could be obtained? (Each D-D fusion liberates 3.65 MeV of energy,

One in 5600 water molecules contains a deuterium atom.If all the deuterium could be extracted from 2 m<sup>3</sup> of water and then reacted,how much energy could be obtained? (Each D-D fusion liberates 3.65 MeV of energy, , ,one mole of water has a mass of 18 g,and ) A) 7.0E+12 J B) 2.2E+25 J C) 5.8E+11 J D) 3.5E+12 J E) 1.1E+15 J

,

,one mole of water has a mass of 18 g,and One in 5600 water molecules contains a deuterium atom.If all the deuterium could be extracted from 2 m<sup>3</sup> of water and then reacted,how much energy could be obtained? (Each D-D fusion liberates 3.65 MeV of energy, , ,one mole of water has a mass of 18 g,and ) A) 7.0E+12 J B) 2.2E+25 J C) 5.8E+11 J D) 3.5E+12 J E) 1.1E+15 J

)

Quizplus · Accepted Answer

The Answer of One in 5600 water molecules contains a deuterium atom.If all the deuterium could be extracted from 2 m³ of water and then reacted,how much energy could be obtained? (Each D-D fusion liberates 3.65 MeV of energy, , ,one mole of water has a mass of 18 g,and ) A) 7.0E+12 J B) 2.2E+25 J C) 5.8E+11 J D) 3.5E+12 J E) 1.1E+15 J

One in 5600 Water Molecules Contains a Deuterium Atom