The wave functions for the 1s and 2s orbitals are as follows: where a 0 is a

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The wave functions for the 1s and 2s orbitals are as follows: 1s (1/)/2 (1/a/2) exp(-r/ao) 2s (1/32) /2(1/a/2) (2 r/ao)exp(-r/2a0) = -

where a₀ is a constant (a₀ = 53 pm) and r is the distance from the nucleus. Use a spreadsheet to make a plot of each of these wave functions for values of r ranging from 0 pm to 200 pm.

Describe the differences in the plots and identify the node in the 2s wave function.

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Chemistry A Molecular Approach

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Authors: Nivaldo Tro

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Question Posted: Nov 16, 2023 06:43 AM

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The wave functions for the 1s and 2s orbitals are as follows: where a 0 is a

Question:

1s (1/)¹/2 (1/a/2) exp(-r/ao) 2s (1/32π) ¹/2(1/a/2) (2 r/ao)exp(-r/2a0) = -

Step by Step Answer:

The plot for the 2s wave function extends below the xaxis The ...View the full answer

Chemistry A Molecular Approach

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