In a hydrogenic atom, s- and p-type orbitals of the same shell are degenerate. Explain why...

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Chemistry

In a hydrogenic atom, s- and p-type orbitals of the same shellare degenerate. Explain why the 2s and 2p
orbitals would not be degenerate in a carbon atom, and justifytheir relative energy ordering. (Hint: consider
the radial distribution functions for these orbitals).

Answer & Explanation Solved by verified expert

4.0 Ratings (620 Votes)

When we consider Hydrogenic atom we exclusively consider atoms as unielectron system which is not the real cas4e for most of the atoms as well as ions In case of Carbon a higher value implies a See Answer

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In a hydrogenic atom, s- and p-type orbitals of the same shell are degenerate. Explain why...

80.2K

Verified Solution

Question

Chemistry

In a hydrogenic atom, s- and p-type orbitals of the same shellare degenerate. Explain why the 2s and 2p
orbitals would not be degenerate in a carbon atom, and justifytheir relative energy ordering. (Hint: consider
the radial distribution functions for these orbitals).

Answer & Explanation Solved by verified expert

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In a hydrogenic atom, s- and p-type orbitals of the same shell are degenerate. Explain why...

80.2K

Verified Solution

Question

Chemistry

In a hydrogenic atom, s- and p-type orbitals of the same shellare degenerate. Explain why the 2s and 2porbitals would not be degenerate in a carbon atom, and justifytheir relative energy ordering. (Hint: considerthe radial distribution functions for these orbitals).

Answer & Explanation Solved by verified expert

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In a hydrogenic atom, s- and p-type orbitals of the same shellare degenerate. Explain why the 2s and 2p
orbitals would not be degenerate in a carbon atom, and justifytheir relative energy ordering. (Hint: consider
the radial distribution functions for these orbitals).