1st Edition
CHEM 108: Intro Chem Principles II
School: Binghamton University (BU )
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Pages: 3Nuclear stability, what nuclear fission is, how radio metric dating works, different units of radiation, and a practice problem involving radioactive dating.
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Pages: 2The basics of nuclear chemistry such as subatomic particles that elements when they decay, different kinds of radioactive decay, and half-lives. Also what solar fusion is and nuclear binding energies.
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Pages: 13Contains everything important from chapters 17, 18, 19 and the little bit of chapter 16 that will be on the test.
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Pages: 2Concentration of an electro-chemical cell, different kinds of batteries and relations to different units.
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Pages: 2What electricity is how to calculate its values and the values of an electrochemical cell called cell potential. What cell voltage and the strengths of oxidizing and reducing agents.
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Pages: 2Ends Chapter 17 and being chapter 19 electrochemistry.
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Pages: 2Solubility of hydrated complex ions, Polydentated ligands, ligand properties such as field strength, and metal cation affinty that affect a complex ion's color and spin state (magnetic properties)
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Pages: 3What a complex ion is, how it is shaped, how it forms, and how to name it.
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Pages: 2Calculating changes in Entropy through phase change, what Gibbs free energy is and how it relates to equilibrium, heat and entropy.
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Pages: 2what statistical entropy is, what factors affect entropy, and the 2nd and 3rd law of thermodynamics broken down.
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Pages: 2The first two laws of thermodynamics and what entropy is. Also a review of basic thermodynamics.
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Pages: 7All the material for exam 2 on chapter 15: chemical equilibrium, and chapter 16: acids and bases, simplified on one document.
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Pages: 2The common-ion effect continued, precipitation, acid-base titrations and how to find its pH.
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Pages: 2Buffer capacity and the range the buffer should be in, Solubility equilibrium and the factors that affect solubility.
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Pages: 2What factors affect the strength of acids and bases,how to determine the pH of salt solutions, and the relationship between the equilibrium constants of acids and bases
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Pages: 2What weak acids and bases are and how to calculate their pH and the different degrees of ionization of acids and bases.
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Pages: 2How to find pH from H+ concentration and how to determine if the solution contains a weak or strong base or acid. Also the relationships between H+ concentration OH- concentration.
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Pages: 3This lecture goes over the basic types of acids and bases and how they are characterized.
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Pages: 2Catalysts and how to determiine the equilibrium constant using the I.C.E table.
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Pages: 2What the reaction quotient is how to find it. Different types of equilibrium and how the reaction shifts from left or right due to different factors.
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Pages: 2The basics of chemical equilibrium and how to calculate an equilibrium constant.
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Pages: 6Contains the most relevant information from chapters 10, 11, 12, and 14.
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Pages: 2What the mechanisms of reactions are and how to determine if it is correct in a given reaction. Also what catalysts are and how they affect reactions.