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UMDCHEM 134Jason KahnSpring

CHEM 134- Final Exam Guide - Comprehensive Notes for the exam ( 132 pages long!)

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The forces holding atoms together to form molecules. Forces between molecules, between ions, or between molecules and ions. In salt these are the stron
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UMDCHEM 134Jason KahnSpring

CHEM 134- Midterm Exam Guide - Comprehensive Notes for the exam ( 96 pages long!)

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The forces holding atoms together to form molecules. Forces between molecules, between ions, or between molecules and ions. In salt these are the stron
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UMDCHEM 271AllSpring

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UMDCHEM 132AllFall

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UMDCHEM 241AllFall

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UMDCHEM 135AllFall

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UMDCHEM 271AllFall

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UMDCHEM 241AllSpring

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UMDCHEM 271AllFall

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UMDCHEM 237AllFall

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UMDCHEM 231AllSpring

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UMDCHEM 135AllFall

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UMDCHEM 134Jason KahnSpring

CHEM 134 Lecture Notes - Lecture 23: Joule

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Since gases are more disordered than liquids or solids, when the number of moles of gas increases as a reaction proceeds, the entropy tends to increase
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UMDCHEM 134Jason KahnSpring

CHEM 134 Lecture Notes - Lecture 26: Gas Constant, Ozone Depletion, Molecularity

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For second-order reactions , the mathematical form of the integrated rate law is quite different from the one we used for first-order reactions. The ha
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UMDCHEM 134Jason KahnSpring

CHEM 134 Lecture Notes - Lecture 3: Heat Capacity, Fractional Distillation, Viscous Liquid

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The behavior of water under pressure is an example of le chatelier"s. Principle at solid/liquid equilibrium, raising p squeezes the solid. It responds
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UMDCHEM 134Jason KahnSpring

CHEM 134 Lecture Notes - Lecture 25: Voltmeter, Electrical Network, Galvanic Cell

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Reactions involving the transfer of electrons are known as oxidation reduction reactions . Oxidation is the loss of electrons from some chemical specie
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UMDCHEM 134Jason KahnSpring

CHEM 134 Lecture Notes - Lecture 24: Exothermic Process, Reaction Quotient, Equilibrium Constant

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UMDCHEM 134Earle StoneSpring

CHEM 134 Lecture Notes - Lecture 3: Turtle Island Quartet, Lunar Reconnaissance Orbiter, Tibet

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UMDCHEM 134Jason KahnSpring

CHEM 134 Lecture Notes - Lecture 21: Staggered Conformation, Newman Projection, Eclipsed Conformation

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Isomers have identical composition but different structures. Differences in three-dimensional structure resulting from rotation about a bond are called
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UMDCHEM 134Jason KahnSpring

CHEM 134 Lecture Notes - Lecture 17: Nernst Equation, Galvanic Cell, Coulometry

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Standard electrode potentials, those compiled in appendices, are determined at thermodynamic standard conditions. Counting electrons: coulometry and fa
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UMDCHEM 134Jason KahnSpring

CHEM 134 Lecture Notes - Lecture 22: Stereocenter, Glycosidic Bond, Asymmetric Carbon

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All the functional groups described are found in the organic molecules that constitute and maintain every living organism on earth. Most organic molecu
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UMDCHEM 134Jason KahnSpring

CHEM 134 Lecture Notes - Lecture 7: Calcium Hydroxide, Magnesium Oxide, Reaction Rate

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If reactants are uniformly dispersed in a single homogeneous solution, the number of collisions per unit time depends on concentration and temperature.
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UMDCHEM 134Jason KahnSpring

CHEM 134 Chapter Notes - Chapter 1: Partial Pressure, Molar Volume, Ideal Gas Law

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At the macroscopic level, a complete physical description of a sample of a gas requires four quantities: If the values of any three of these quantities
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UMDCHEM 134Jason KahnSpring

CHEM 134 Chapter Notes - Chapter 3: Heat Capacity, Thermodynamics, Negative Number

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The specific heat, c sp , of a substance is the energy required to raise the temperature of one gram of the substance, one degree. It is usually report
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UMDCHEM 134Jason KahnSpring

CHEM 134 Chapter Notes - Chapter 2: Intermolecular Force, Coordination Complex, Boiling Point

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Induced dipole forces are also called dispersion forces, or london forces. H 2 o falls into this category. induced dipole forces. Nicl 2 does not fall
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UMDCHEM 134Jason KahnSpring

CHEM 134 Chapter Notes - Chapter 3: Diethyl Ether, Heptane, Torr

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When evaporation and condensation no longer occur, the rate of evaporation is equal to the rate of condensation. At these conditions, the number of mol
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UMDCHEM 134Jason KahnSpring

CHEM 134 Chapter 1: gas laws

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UMDCHEM 134Jason KahnSpring

CHEM 134- Final Exam Guide - Comprehensive Notes for the exam ( 132 pages long!)

OC1878745132 Page
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The forces holding atoms together to form molecules. Forces between molecules, between ions, or between molecules and ions. In salt these are the stron
View Document
UMDCHEM 134Jason KahnSpring

CHEM 134- Midterm Exam Guide - Comprehensive Notes for the exam ( 96 pages long!)

OC187874596 Page
0
The forces holding atoms together to form molecules. Forces between molecules, between ions, or between molecules and ions. In salt these are the stron
View Document
UMDCHEM 134Jason KahnSpring

CHEM 134 Chapter Notes - Chapter 1: Partial Pressure, Molar Volume, Ideal Gas Law

OC18787454 Page
0
At the macroscopic level, a complete physical description of a sample of a gas requires four quantities: If the values of any three of these quantities
View Document
UMDCHEM 134Jason KahnSpring

CHEM 134 Lecture Notes - Lecture 23: Joule

OC18787455 Page
0
Since gases are more disordered than liquids or solids, when the number of moles of gas increases as a reaction proceeds, the entropy tends to increase
View Document
UMDCHEM 134Jason KahnSpring

CHEM 134 Lecture Notes - Lecture 26: Gas Constant, Ozone Depletion, Molecularity

OC18787455 Page
0
For second-order reactions , the mathematical form of the integrated rate law is quite different from the one we used for first-order reactions. The ha
View Document
UMDCHEM 134Jason KahnSpring

CHEM 134 Chapter Notes - Chapter 3: Heat Capacity, Thermodynamics, Negative Number

OC18787454 Page
0
The specific heat, c sp , of a substance is the energy required to raise the temperature of one gram of the substance, one degree. It is usually report
View Document
UMDCHEM 134Jason KahnSpring

CHEM 134 Lecture Notes - Lecture 3: Heat Capacity, Fractional Distillation, Viscous Liquid

OC18787455 Page
0
The behavior of water under pressure is an example of le chatelier"s. Principle at solid/liquid equilibrium, raising p squeezes the solid. It responds
View Document
UMDCHEM 134Jason KahnSpring

CHEM 134 Lecture Notes - Lecture 25: Voltmeter, Electrical Network, Galvanic Cell

OC18787455 Page
0
Reactions involving the transfer of electrons are known as oxidation reduction reactions . Oxidation is the loss of electrons from some chemical specie
View Document
UMDCHEM 134Jason KahnSpring

CHEM 134 Lecture Notes - Lecture 24: Exothermic Process, Reaction Quotient, Equilibrium Constant

OC18787456 Page
0
View Document
UMDCHEM 134Earle StoneSpring

CHEM 134 Lecture Notes - Lecture 3: Turtle Island Quartet, Lunar Reconnaissance Orbiter, Tibet

OC23836674 Page
0
View Document

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UMDCHEM 134Jason KahnSpring

CHEM 134 Lecture Notes - Lecture 26: Gas Constant, Ozone Depletion, Molecularity

OC18787455 Page
0
For second-order reactions , the mathematical form of the integrated rate law is quite different from the one we used for first-order reactions. The ha
View Document
UMDCHEM 134Jason KahnSpring

CHEM 134 Lecture Notes - Lecture 25: Voltmeter, Electrical Network, Galvanic Cell

OC18787455 Page
0
Reactions involving the transfer of electrons are known as oxidation reduction reactions . Oxidation is the loss of electrons from some chemical specie
View Document
UMDCHEM 134Jason KahnSpring

CHEM 134- Final Exam Guide - Comprehensive Notes for the exam ( 132 pages long!)

OC1878745132 Page
0
The forces holding atoms together to form molecules. Forces between molecules, between ions, or between molecules and ions. In salt these are the stron
View Document
UMDCHEM 134Jason KahnSpring

CHEM 134 Lecture Notes - Lecture 24: Exothermic Process, Reaction Quotient, Equilibrium Constant

OC18787456 Page
0
View Document
UMDCHEM 134Earle StoneSpring

CHEM 134 Lecture 4: Thermodynamics

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" hocit r#,ffi,s(d try sf,rfrn : qrc tnegrs"tive) i:g sgsrf t,it , qt g ( pos,tirri. " hr"ttrt o,bsori?oi,[ si4:tf rh ; nt0 (n ryttt"(il = y(wasrn! " \
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UMDCHEM 134Earle StoneSpring

CHEM 134 Lecture Notes - Lecture 3: Turtle Island Quartet, Lunar Reconnaissance Orbiter, Tibet

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UMDCHEM 134Earle StoneSpring

CHEM 134 Lecture 2: Intermolecular Forces

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UMDCHEM 134Earle StoneSpring

CHEM 134 Lecture Notes - Lecture 1: Horse Length

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Lr 5tfln dard prrss"ar-e "1" 00000 atr"n 0y i01"3 kpa. \ srandaf d tf mprra r\^(e = 213" t5k 0r o ! !,"t ts qas iaws rnusr usr k to b( c7((tct: k="0t21
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UMDCHEM 134Jason KahnSpring

CHEM 134 Lecture Notes - Lecture 23: Joule

OC18787455 Page
0
Since gases are more disordered than liquids or solids, when the number of moles of gas increases as a reaction proceeds, the entropy tends to increase
View Document
UMDCHEM 134Jason KahnSpring

CHEM 134 Lecture Notes - Lecture 22: Stereocenter, Glycosidic Bond, Asymmetric Carbon

OC18787455 Page
0
All the functional groups described are found in the organic molecules that constitute and maintain every living organism on earth. Most organic molecu
View Document

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