The atomic mass of an element is 12.00710 , a | vedclass

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(A) The element has $6$ neutrons and $6$ protons (since it is Carbon-$12$,atomic mass $12.00710 \, amu$).Mass of $6$ neutrons $= 6 	imes 1.00893 \, a

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$7.39$

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(A) The element has $6$ neutrons and $6$ protons (since it is Carbon-$12$,atomic mass $12.00710 \, amu$).Mass of $6$ neutrons $= 6 	imes 1.00893 \, amu = 6.05358 \, amu$.Mass of $6$ protons $= 6 	imes 1.00814 \, amu = 6.04884 \, amu$.Total mass of nucleons $= 6.05358 + 6.04884 = 12.10242 \, amu$.Mass defect $(\Delta m) = 12.10242 - 12.00710 = 0.09532 \, amu$.Binding energy $= \Delta m 	imes 931.5 \, MeV = 0.09532 	imes 931.5 = 88.7956 \, MeV$.Binding energy per nucleon $= 88.7956 / 12 = 7.399 \, MeV \approx 7.39 \, MeV$.

The atomic mass of an element is $12.00710 \, amu$. If there are $6$ neutrons in the nucleus of the atom of the element,the binding energy per nucleon of the nucleus will be $....... \, MeV$.
($e^{-} = 0.00055 \, amu$,$p = 1.00814 \, amu$,$n = 1.00893 \, amu$)

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The atomic mass of an element is $12.00710 \, amu$. If there are $6$ neutrons in the nucleus of the atom of the element,the binding energy per nucleon of the nucleus will be $....... \, MeV$.($e^{-} = 0.00055 \, amu$,$p = 1.00814 \, amu$,$n = 1.00893 \, amu$)