The mass change for the reaction represented by the equation shown below is:* Fusion reactions could be used in nuclear power plants in the future. Fuslon Reaction Equation H+HHe+n 1.996 x 10s kg 1.003922 x 10 2 kg 5.01017 x 103 kig 5.02905 x 103 kg
The mass change for the reaction represented by the equation shown below is:* Fusion reactions could be used in nuclear power plants in the future. Fuslon Reaction Equation H+HHe+n 1.996 x 10s kg 1.003922 x 10 2 kg 5.01017 x 103 kig 5.02905 x 103 kg
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![The mass change for the reaction represented by the equation shown
below is:
Fusion reactions could be used in nuclear power plants in the future.
Fuslon Reaction Equation
H+HHe+n
1.996 x 10s kg
1.003922 x 102 kg
5.01017 x 103 kig
5.02905 x 103 kg](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F76d280fd-a2d3-4307-9da2-4457c60f7fcb%2F028eeedd-fa38-49e4-a2ed-76c7a93a6d9b%2F2rbd1ay_processed.jpeg&w=3840&q=75)
Transcribed Image Text:The mass change for the reaction represented by the equation shown
below is:
Fusion reactions could be used in nuclear power plants in the future.
Fuslon Reaction Equation
H+HHe+n
1.996 x 10s kg
1.003922 x 102 kg
5.01017 x 103 kig
5.02905 x 103 kg
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