| 31. | These elements have the smallest mass per nucleon and the largest binding energy per nucleon, respectively.
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| 32. | However, binding energy lost from the system ( as heat radiation ) would itself have mass.
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| 33. | The biexciton binding energy in semiconductor quantum dots has been the subject of extensive theoretical study.
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| 34. | Binding energies tend to increase with increasing molecular size and polarity ( see intermediate forms ).
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| 35. | A much stronger type of binding energy, the nuclear binding energy, is involved in nuclear processes.
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| 36. | In hydrogen the binding energy is given by:
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| 37. | From this bottom, the average binding energy per nucleon slowly decreases with increasing atomic mass number.
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| 38. | The misunderstanding of this fact is often the root cause for problems to understand binding energy.
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| 39. | The agreement was part of 14 new non-binding energy policy principles agreed to be the grouping.
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| 40. | This occurs because nuclear binding energy is released whenever elements with more than 62 nucleons fission.
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