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Calculate the binding energy for .(1)H^(...

Calculate the binding energy for `._(1)H^(2)` atom. The mass of `._(1)H^(2)` atom is 2.014102 amu where `1n` and `1p` have their weights 2.016490 amu. Neglect mass of electron.

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To calculate the binding energy of the hydrogen isotope \( _{1}^{2}H \) (deuterium), we will follow these steps: ### Step 1: Identify the masses involved - The mass of the deuterium atom \( _{1}^{2}H \) is given as \( 2.014102 \) amu. - The mass of one neutron \( (n) \) and one proton \( (p) \) is given as \( 2.016490 \) amu. ### Step 2: Calculate the theoretical mass of the nucleus The theoretical mass of the nucleus, which consists of one neutron and one proton, can be calculated as: ...
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