Key Equations and Relationships

Avogadro s Law Relationship between Volume V) and Amount in Moles (n) (5.3) 

Ideal Gas Law Relationship between Volume (V), Pressure (P), Temperature (7), and Amount (n) (5.4) 

Relationship between Root Mean Square Velocity (Orms) and Temperature (7) (5.8) 

Relationship of Effusion Rates ofTwo Different Gases (5.9) rate A /ATb rateB v 

Van der Waals Equation The Effects of Volume and Intermolecular Forces on Nonideal Gas Behavior (5.10) 

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Demonstrate the fundamentals of LC in a vivid manner so that the experimenter is introduced to the key equations and relationships using familiar materials. 

The notes in the margins are meant to serve two purposes. First, they act as guides or as commentary as one reads through the material. Second, they identify key equations and relationships that are used to solve chemical reaction engineering problems. 

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