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Solved: Calculate the energy released (in joules) from the

Chapter 19, Problem 77P

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QUESTION:

Calculate the energy released (in joules) from the following fusion reaction:

           \(_1^2\mathrm{H}+_1^3\mathrm{H\ }\longrightarrow\ _2^4\mathrm{He}+_0^1\mathrm{n}\)

The atomic masses are \(_1^2\mathrm{H}=2.0140\mathrm{\ amu}\), \(_1^3\mathrm{H}=3.01603\mathrm{\ amu}\), \(_2^4\mathrm{H}=4.00260\mathrm{\ amu}\), \(_0^1\mathrm{n}=1.008665\mathrm{\ amu}\)

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QUESTION:

Calculate the energy released (in joules) from the following fusion reaction:

           \(_1^2\mathrm{H}+_1^3\mathrm{H\ }\longrightarrow\ _2^4\mathrm{He}+_0^1\mathrm{n}\)

The atomic masses are \(_1^2\mathrm{H}=2.0140\mathrm{\ amu}\), \(_1^3\mathrm{H}=3.01603\mathrm{\ amu}\), \(_2^4\mathrm{H}=4.00260\mathrm{\ amu}\), \(_0^1\mathrm{n}=1.008665\mathrm{\ amu}\)

ANSWER:

Step 1 of 3

The given fusion reaction is as follows;

                                                                   

The atomic masses are;


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