e) Keq always increases with increasing temperature. f) The 2p-orbitals of a Hydrogen atom have higher energy than the 2s orbital. g) Using the particle in a 1-dimensional infinite potential box model predicts that the allowed energy levels are closer together for short conjugated systems than longer conjugated systems.

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Chapter1: Chemical Foundations
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Problem 1RQ: Define and explain the differences between the following terms. a. law and theory b. theory and...
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Please answer only subpart g

True and false

 

 

a) Vapor pressure always increases with increasing temperature.
e) Keq always increases with increasing temperature.
f) The 2p-orbitals of a Hydrogen atom have higher energy than the 2s orbital.
g) Using the particle in a 1-dimensional infinite potential box model predicts that the allowed
energy levels are closer together for short conjugated systems than longer conjugated systems.
Transcribed Image Text:a) Vapor pressure always increases with increasing temperature. e) Keq always increases with increasing temperature. f) The 2p-orbitals of a Hydrogen atom have higher energy than the 2s orbital. g) Using the particle in a 1-dimensional infinite potential box model predicts that the allowed energy levels are closer together for short conjugated systems than longer conjugated systems.
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