18 m and 0.030% of the hydrogen in this water is deuterium. (Assume pwater The volume...

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18 m and 0.030% of the hydrogen in this water is deuterium. (Assume pwater The volume of water in the ocean is approximately 1.36 x 10 2.0141 u and 4.0026 u, respectively.) = 1000 kg/m and the atomic masses M2 and M, "Не-4 are (a) Determine the amount of energy (in J) that would be generated if all this deuterium fused to He-4. 2.68*10**31 X See if you can determine the mass of water, hydrogen, and deuterium. See if you can determine the number of fusion events and the energy produced per event. J (b) Determine the number of years this amount of energy could sustain the world's power consumption if it remained constant at the current value of 1.60 x 1013 w. 2.65*10**27 X How are power, energy, and time related? yr 18 m and 0.030% of the hydrogen in this water is deuterium. (Assume pwater The volume of water in the ocean is approximately 1.36 x 10 2.0141 u and 4.0026 u, respectively.) = 1000 kg/m and the atomic masses M2 and M, "Не-4 are (a) Determine the amount of energy (in J) that would be generated if all this deuterium fused to He-4. 2.68*10**31 X See if you can determine the mass of water, hydrogen, and deuterium. See if you can determine the number of fusion events and the energy produced per event. J (b) Determine the number of years this amount of energy could sustain the world's power consumption if it remained constant at the current value of 1.60 x 1013 w. 2.65*10**27 X How are power, energy, and time related? yr

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a For the nuclear reaction 2 H2 He4 Mass defect per atom for this reaction m 220141 40026 4028... View the full answer