For an Ideal Gas,
A) $\frac { C _ { P } } { C _ { V } }$

question 106

Multiple Choice

For an ideal gas,

• A) \(\frac { C _ { P } } { C _ { V } }\) = 1 for all ideal gases.
• B) \(\frac { C _ { P } } { C _ { V } }\) < 1 for all monatomic and diatomic gases.
• C) \(\frac { C _ { P } } { C _ { V } }\) > 1 for all monatomic and diatomic gases.
• D) \(\frac { C _ { P } } { C _ { V } }\) < 1 only for a monatomic gas.
• E) \(\frac { C _ { P } } { C _ { V } }\) < 1 only for a diatomic gas.

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Definitions:

AntiAromatic

Compounds that have conjugated pi electron systems with 4n pi electrons, which destabilize the molecule, making it less stable than if the pi electrons were localized.

NonAromatic

Refers to organic compounds that do not possess the special stability associated with cyclic, planar systems that follow Huckel’s rule of delocalized electrons.

π Network

A system of conjugated pi bonds within a molecule that allows for the delocalization of pi electrons across all the adjacent aligned p orbitals.

Extremely Slow Rate

Describes a process or reaction that proceeds at a very slow pace, often due to kinetic barriers or unfavorable conditions.