the-binding-energy-of-the-single-electron-in-he-is-24-6-ev-calculate-the-percent

Question

The binding energy of the single electron in He⁺ is 24.6 eV and the mass of He⁺ is 4.001506 amu. Calculate the percentage decrease in mass when a He²⁺ ion gains an electron to form the He⁺ ion. Express the result in amu and as a percentage of He ²⁺ mass.

Accepted Answer

2.64 × 10^-8 amu; 6.60 × 10^-7%

Answer

2.64 × 10^-8 amu; 6.60 × 10^-9%

Answer

2.64 × 10^-2 amu; 6.60 × 10^-3%

Answer

2.64 × 10^-2 amu; 6.60 × 10^-7%

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The binding energy of the single electron in He⁺ is 24.6 eV and the mass of He⁺ is 4.001506 amu. Calculate the percentage decrease in mass when a He²⁺ ion gains an electron to form the He⁺ ion. Express the result in amu and as a percentage of He ²⁺ mass.

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The binding energy of the single electron in He+ is 24.6 eV and the mass of He+ is 4.001506 amu. Calculate the percentage decrease in mass when a He2+ ion gains an electron to form the He+ ion. Express the result in amu and as a percentage of He 2+ mass.

The binding energy of the single electron in He⁺ is 24.6 eV and the mass of He⁺ is 4.001506 amu. Calculate the percentage decrease in mass when a He²⁺ ion gains an electron to form the He⁺ ion. Express the result in amu and as a percentage of He ²⁺ mass.