1st Edition
CHEM 102: Fundamentals of Chemistry II
School: Texas A&M University (TAMU )
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Pages: 4This study guide goes over Electrochemistry, Solubility, and Titration.
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Pages: 2This lecture covered the relationship between G, K, and E in more detailed. Spontaneity was also covered and how to find G, K, and E at non-standard conditions was covered.
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Pages: 2This lecture covered electrolysis and overvoltage. The relationship between G, K, and E was also explored.
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Pages: 2This lecture covered E of reactions and cell potentials. Determining the redox reactions spontaneity was also covered and voltaic cell diagrams were also covered.
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Pages: 2This lecture primarily went over redox reaction language and the steps in balancing the redox reactions.
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Pages: 3This lecture went over electrochemisty and also covered oxidation and reduction. Examples of precipitants is covered and a demo was also performed.
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Pages: 2This lecture went over more solution pH calculations and it also covered how to chose an indicator for solutions.
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Pages: 2This lecture went over the weak acid and strong base titration curves and different examples of calculating the pH were also covered.
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Pages: 2This lecture covered the features of a strong acid and base pH curves. There were examples covering how to calculate the solution pH and also a list of steps on how to calculate then acidic pH along with the basic steps.
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Pages: 2This lecture covered the beginning of titrations. Acid-base indicators were covered and titration curves were covered.
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Pages: 2This lecture covered the introduction to buffers. This lecture contains Ka, and buffers.
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Pages: 3This lecture went over hydrolysis, some more Ka/Kb to pH problems and started buffers.
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Pages: 2This lecture covered conjugate base pairs and how to determine the pH of a solution by using a net ionic equation.
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Pages: 2This lecture covers pH and pOH. Examples of determining pH and pOH are given.
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Pages: 3This lecture covers the 3 types of acids and bases. Types of weak acids and weak bases are covered. A few examples were given as well.
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Pages: 2This lecture went over an example of the application of Le Chatelier's and catlysts. The relationship between G and K is also discussed
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Pages: 8A study guide for Exam 2; answers all of the objectives that the test will cover. If there was a question for the objective on the test; the objective was answered in order to best help with understanding the test question.
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Pages: 2This lecture went over the reaction quotient and began Le Chatelier's Principle. Some examples are included.
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Pages: 2A few examples of Equilibrium Constants and the variations of Kc
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Pages: 2An overview of chemical equilibrium and the differences between K and k
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Pages: 2An overview of how to determine the reaction rates of mechanisms if the first rate is slow or fast.
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Pages: 4A description of transition state theory and examples of how to work them including graphs. Reaction mechanisms are introduced as well.
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Pages: 2An overview of integrated rate reactions (zero-order, first-order, and second-order) and how to use them in an exampled
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Pages: 2An overview of instantaneous, average, and initial rates. What you need to know for the next test that will pertain to the last test, and reaction rates factors.