What is the relationship between mass defect and binding energy?
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⚫ mass defect...
➡the difference between the mass of an isotope and its mass number, representing binding energy...
⚫ binding energy...
➡the energy that holds a nucleus together. This is equal to the mass defect of the nucleus.
The rest mass of the stable nucleus of a stable atom is always less than the sum of the masses of constituent nucleons. The difference is called the mass defect Δm (i.e., Δm.c2) is utilised in keeping the nucleons bound together. This energy is known as the binding energy. In order to break the nucleus into its constituent nucleons an amount of energy equal to its binding energy has to be supplied to the nucleus. The mass defect per nucleon Δm/A = P, is called the packing fraction of the nucleus.
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here is ur answer ⏬⏬⏬
⚫ mass defect...
➡the difference between the mass of an isotope and its mass number, representing binding energy...
⚫ binding energy...
➡the energy that holds a nucleus together. This is equal to the mass defect of the nucleus.
The rest mass of the stable nucleus of a stable atom is always less than the sum of the masses of constituent nucleons. The difference is called the mass defect Δm (i.e., Δm.c2) is utilised in keeping the nucleons bound together. This energy is known as the binding energy. In order to break the nucleus into its constituent nucleons an amount of energy equal to its binding energy has to be supplied to the nucleus. The mass defect per nucleon Δm/A = P, is called the packing fraction of the nucleus.
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