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Class Notes for Bradley Siwick

MCGILLCHEM 120Bradley SiwickWinter

CHEM 120 Lecture Notes - Lecture 4: Molar Mass, Histogram

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Chem 120 lecture 4 molecular kinetic theory of gases. Behaviour of ideal gases can be explained by a simple model: large number of particles all follow
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MCGILLCHEM 120Bradley SiwickWinter

CHEM 120 Lecture Notes - Lecture 20: Weak Base, Acid Dissociation Constant, Equivalence Point

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Activity: effective ionic concentration (a), applied to all terms. Activity of dilute solutions: aha [ha]aq/co where c0 = 1 m. 5% approximation: simpli
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MCGILLCHEM 120Bradley SiwickWinter

CHEM 120 Lecture Notes - Lecture 21: Bromothymol Blue

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Neutralization: all the base is used up, producing the same amount of conj. base as lost by initial acid. Equivalence point: all your initial acid has
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MCGILLCHEM 120Bradley SiwickWinter

CHEM 120 Lecture Notes - Lecture 17: Freezing-Point Depression, Colligative Properties, Magnesium Bromide

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MCGILLCHEM 120Bradley SiwickWinter

CHEM 120 Lecture Notes - Lecture 2: Vapor Pressure, Horse Length, Pressure Measurement

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Intermolecular interactions are irrelevant, responsible for the behaviour of condensed phases (e. g. solids & liquids) Place open end in container of h
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MCGILLCHEM 120Bradley SiwickWinter

CHEM 120 Lecture Notes - Lecture 6: Joule

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MCGILLCHEM 120Bradley SiwickWinter

CHEM 120 Lecture Notes - Lecture 5: Heat Capacity, Calorimetry

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MCGILLCHEM 120Bradley SiwickWinter

CHEM 120 Lecture Notes - Lecture 3: Stoichiometry, Vapor Pressure, Ideal Gas Law

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MCGILLCHEM 120Bradley SiwickWinter

CHEM 120 Lecture Notes - Lecture 2: Combined Gas Law, Ideal Gas Law, Ideal Gas

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MCGILLCHEM 120Bradley SiwickWinter

CHEM 120 Lecture 1: 4.2 Gas Pressure and Measurement

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MCGILLCHEM 120Bradley SiwickWinter

CHEM 120 Lecture Notes - Lecture 9: Equilibrium Constant, Partial Pressure, Gas Constant

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Dynamic equilibrium when two opposing processes take place at the same rates. When the rate of the forward process is equal to the rate of the reverse
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MCGILLCHEM 120Bradley SiwickWinter

CHEM 120 Lecture Notes - Lecture 8: Rate Equation, Reaction Rate Constant, Pressure Measurement

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