The following equation represents a fusion reaction :
$straight H presubscript 1 presuperscript 2 space plus space straight H presubscript 1 presuperscript 3 space rightwards arrow space He presubscript 2 presuperscript 4 space plus space straight n presubscript 0 presuperscript 1 space plus space straight Q space semicolon space where space straight Q space is space the space enrgy space released Mass space of space straight H presubscript 1 presuperscript 2 space space atom space equals space 2.014102 space straight u Mass space of space straight H presubscript 1 presuperscript 3 space atom space equals space 3.016050 space straight u Mass space of space He presubscript 2 presuperscript 4 space atom space equals space 4.002603 space straight u Mass space of space space neutron space space straight n presubscript 0 presuperscript 1 space equals space 1.008665 space straight u$
Calculate the value of Q.

straight H presubscript 1 presuperscript 2 space plus space straight H presubscript 1 presuperscript 3 space rightwards arrow space He presubscript 2 presuperscript 4 space plus space straight n presubscript 0 presuperscript 1 space plus space straight Q space

Mass defect Δ m = Mass of reactant - Mass of product

equals space straight m space left parenthesis straight H presubscript 1 presuperscript 2 right parenthesis space plus space straight m left parenthesis straight H presubscript 1 presuperscript 3 right parenthesis space minus space open square brackets straight m open parentheses He presubscript 2 presuperscript 4 close parentheses space plus space straight n presubscript 0 presuperscript 1 space plus space straight Q close square brackets space equals space left parenthesis 2.014102 space plus space 3.016050 right parenthesis space minus space left parenthesis 4.002603 space plus space 1.008665 right parenthesis equals space 5.030152 minus 5.011268 space equals space 0.018884 space straight u straight Q space equals space increment mc squared space space space space equals space 0.018884 space straight x space 931 space MeV space space space space space space equals space 17.581004 space MeV space space space space space equals space 17.581004 space straight x space 10 to the power of 6 space straight x space 1.6 space straight x space 10 to the power of negative 19 end exponent space straight J space space space space space space equals space 28.13 space straight x space 10 to the power of negative 13 space end exponent space space space equals space 2.81 space straight x space 10 to the power of negative 12 end exponent space straight J space

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Energy-Mass Equivalence : Nuclear Binding Energy

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The following equation represents a fusion reaction :Calculate the value of Q.

Energy-Mass Equivalence : Nuclear Binding Energy

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