If an atom’s size is calculated by the sphere’s radius that contains 80% of charge density...

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If an atom’s size is calculated by the sphere’s radius that contains 80% of charge density...

If an atom’s size is calculated by the sphere’s radius that contains 80% of charge density of e- in outermost orbitals, then solve for the size of H atom in ground state. If percentage for charge density is changed to 0%, 20%, 50%, 90% 100%, calculate how the size changes.

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Answer 1

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Increases Ans when percentage changed to Atomic Size 0% 80% of or o 20% 86% of 20 = 16 50% 80% of so = 40 90% s sol of to: 72 page

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If an atom’s size is calculated by the sphere’s radius that contains 80% of charge density...

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