Best selling Loose Leaf for Chemistry: Atoms First notes
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Complete General Chemistry II Notes (2023), "Chemistry: Atoms First" 4th ed.
PopularDetailed, well-written notes covering Ch. 13 through Ch. 20 of "Chemistry: Atoms First" (4th ed.) by Burdge and Overby. Includes several worked examples and diagrams for each concept/chapter. Written in 2023 for CHEM 1420 (General Chemistry II) at the University of North Texas (UNT). Received an A in the course. Content: - Physical properties of solutions - Chemical Kinetics - Entropy & Gibbs Energy - Chemical Equilibrium - Acids, Bases, and Salts - Acid-Base Equilibria and Solubilit...
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Exam (elaborations)
Testbank For Chemistry Atoms First 3Rd Edition By Julia Burdge&Comma; Jason Overby Full Testbank All Chapters 1-26 Included‖‖ Latest And Complete Update 2025 Graded A&Plus;
PopularTestbank For Chemistry Atoms First 3Rd &Newline;Edition By Julia Burdge&Comma; Jason Overby Full &Newline;Testbank All Chapters 1-26 Included‖‖ Latest &Newline;And Complete Update 2025 Graded A&Plus;
TESTSEXPERT
Class notes
Electrochemistry
PopularThis chapter offers a clear and thorough breakdown of electrochemical principles, focusing on the structure and function of galvanic (voltaic) cells. The notes explain how spontaneous redox reactions generate electricity and walk through the roles of the anode (site of oxidation) and cathode (site of reduction). You’ll learn how to construct cell diagrams using standard notation, understand electron flow direction, and identify the purpose of the salt bridge in maintaining charge balance. Deta...
danielleappel112
Class notes
Acid-Base Equilibria and Solubility Equilibria
PopularThis chapter explores the dynamic balance in acid-base and solubility systems, starting with the common ion effect and its impact on ionization and solubility through Le Châtelier’s Principle. The notes then dive into buffer solutions, explaining how they resist pH changes and are composed of a weak acid and its conjugate base (or vice versa). Both ICE table and Henderson-Hasselbalch equation methods are included for calculating pH of buffers. You’ll also find thorough coverage of acid-base...
danielleappel112
Class notes
Acids, Bases, and Salts
PopularChapter 17 builds a strong foundation in acid-base theory, beginning with Brønsted–Lowry acid-base definitions and identifying conjugate acid-base pairs in reactions. It then connects molecular structure to acid strength, explaining how bond strength and polarity affect acidity in hydrohalic acids and oxoacids, with trends based on electronegativity and oxidation number. You'll also learn the properties of amphoteric substances and the autoionization of water, leading into mastery of the pH ...
danielleappel112
Class notes
Chemical Equilibrium
PopularThis chapter provides a deep dive into chemical equilibrium, beginning with the concept of reversible reactions and how equilibrium is achieved when the rates of the forward and reverse reactions become equal. The notes clearly define the reaction quotient (Qc) and equilibrium constant (Kc), teaching how to write expressions for both and interpret their values to determine whether a reaction mixture is at equilibrium or which direction it will shift to reach it. You'll also explore heterogeneou...
danielleappel112
Class notes
Entropy and Gibbs Energy
PopularChapter 15 focuses on the thermodynamic principles that determine whether chemical and physical processes are spontaneous. The notes begin by distinguishing spontaneous vs. nonspontaneous processes and explain why enthalpy (ΔH) alone is not enough to predict spontaneity. You'll gain a solid understanding of entropy (S) as a measure of molecular disorder, including its mathematical definition
danielleappel112
Class notes
Chemical Kinetics
PopularThis chapter breaks down the study of reaction rates and the factors that influence how quickly chemical reactions occur. It starts by defining reaction rate and explains how to measure it by tracking changes in reactant or product concentrations over time. The notes detail the collision theory—explaining how effective collisions and activation energy are necessary for reactions to proceed—and introduce the concept of the transition state. You'll learn how to determine rate laws from experi...
danielleappel112
Class notes
Physical Properties of Solutions
PopularThis chapter explores the chemistry of solutions, beginning with the different types of solutions (solid, liquid, gaseous) and the role of the solute and solvent. It explains the concept of solubility, what makes a solution saturated, unsaturated, or supersaturated, and how “like dissolves like” helps predict solubility based on polarity. The notes guide you through the solution process at the molecular level, including the energetic steps of solute-solute, solvent-solvent, and solute-solven...
danielleappel112
Class notes
Liquids and Solids
PopularChapter 12 dives into the condensed phases of matter, explaining how intermolecular forces (IMFs) govern the structure and behavior of liquids and solids. The notes clearly distinguish between solids, liquids, and gases based on molecular interactions, and detail how properties like surface tension, viscosity, vapor pressure, melting point, and boiling point are directly related to the strength of IMFs. You'll learn how cohesion vs. adhesion, temperature, and molecular structure affect these pr...
danielleappel112
Class notes
Gases
PopularChapter 11 focuses on the fundamental behavior of gases, beginning with their unique physical properties—compressibility, low density, and the ability to form homogeneous mixtures. The notes explain the Kinetic Molecular Theory (KMT), which connects molecular motion to observable properties like pressure and temperature. You'll learn the assumptions of ideal gases, and how particle mass and velocity affect kinetic energy and root mean square speed (urms). The chapter then introduces gas press...
danielleappel112
Class notes
Molecular Geometry, Intermolecular Forces, and Bonding Theories
PopularThis focused section covers intermolecular forces (IMFs)—the key attractive interactions that determine how molecules behave in the condensed phases. It starts by reviewing molecular polarity, helping students recognize when a molecule has a dipole moment based on structure and electronegativity. The notes then clearly explain the three main types of IMFs: dispersion forces (present in all substances), dipole-dipole interactions (in polar molecules), and hydrogen bonding (in molecules with H b...
danielleappel112
Exam (elaborations)
test bank for Chemistry: Atoms First 5th Edition by Julia Burdge and Jason Overby ISBN13: 9781266280412 all chapers latest edition
Populartest bank for Chemistry: Atoms First 5th Edition by Julia Burdge and Jason Overby
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Newest Loose Leaf for Chemistry: Atoms First summaries
Exam (elaborations)
test bank for Chemistry: Atoms First 5th Edition by Julia Burdge and Jason Overby ISBN13: 9781266280412 all chapers latest edition
Newtest bank for Chemistry: Atoms First 5th Edition by Julia Burdge and Jason Overby
Examcenter
Exam (elaborations)
Testbank For Chemistry Atoms First 3Rd Edition By Julia Burdge&Comma; Jason Overby Full Testbank All Chapters 1-26 Included‖‖ Latest And Complete Update 2025 Graded A&Plus;
NewTestbank For Chemistry Atoms First 3Rd &Newline;Edition By Julia Burdge&Comma; Jason Overby Full &Newline;Testbank All Chapters 1-26 Included‖‖ Latest &Newline;And Complete Update 2025 Graded A&Plus;
TESTSEXPERT
Class notes
Acids, Bases, and Salts
NewChapter 17 builds a strong foundation in acid-base theory, beginning with Brønsted–Lowry acid-base definitions and identifying conjugate acid-base pairs in reactions. It then connects molecular structure to acid strength, explaining how bond strength and polarity affect acidity in hydrohalic acids and oxoacids, with trends based on electronegativity and oxidation number. You'll also learn the properties of amphoteric substances and the autoionization of water, leading into mastery of the pH ...
danielleappel112
Class notes
Acid-Base Equilibria and Solubility Equilibria
NewThis chapter explores the dynamic balance in acid-base and solubility systems, starting with the common ion effect and its impact on ionization and solubility through Le Châtelier’s Principle. The notes then dive into buffer solutions, explaining how they resist pH changes and are composed of a weak acid and its conjugate base (or vice versa). Both ICE table and Henderson-Hasselbalch equation methods are included for calculating pH of buffers. You’ll also find thorough coverage of acid-base...
danielleappel112
Class notes
Physical Properties of Solutions
NewThis chapter explores the chemistry of solutions, beginning with the different types of solutions (solid, liquid, gaseous) and the role of the solute and solvent. It explains the concept of solubility, what makes a solution saturated, unsaturated, or supersaturated, and how “like dissolves like” helps predict solubility based on polarity. The notes guide you through the solution process at the molecular level, including the energetic steps of solute-solute, solvent-solvent, and solute-solven...
danielleappel112
Class notes
Chemical Kinetics
NewThis chapter breaks down the study of reaction rates and the factors that influence how quickly chemical reactions occur. It starts by defining reaction rate and explains how to measure it by tracking changes in reactant or product concentrations over time. The notes detail the collision theory—explaining how effective collisions and activation energy are necessary for reactions to proceed—and introduce the concept of the transition state. You'll learn how to determine rate laws from experi...
danielleappel112
Class notes
Molecular Geometry, Intermolecular Forces, and Bonding Theories
NewThis focused section covers intermolecular forces (IMFs)—the key attractive interactions that determine how molecules behave in the condensed phases. It starts by reviewing molecular polarity, helping students recognize when a molecule has a dipole moment based on structure and electronegativity. The notes then clearly explain the three main types of IMFs: dispersion forces (present in all substances), dipole-dipole interactions (in polar molecules), and hydrogen bonding (in molecules with H b...
danielleappel112
Class notes
Electrochemistry
NewThis chapter offers a clear and thorough breakdown of electrochemical principles, focusing on the structure and function of galvanic (voltaic) cells. The notes explain how spontaneous redox reactions generate electricity and walk through the roles of the anode (site of oxidation) and cathode (site of reduction). You’ll learn how to construct cell diagrams using standard notation, understand electron flow direction, and identify the purpose of the salt bridge in maintaining charge balance. Deta...
danielleappel112
Class notes
Entropy and Gibbs Energy
NewChapter 15 focuses on the thermodynamic principles that determine whether chemical and physical processes are spontaneous. The notes begin by distinguishing spontaneous vs. nonspontaneous processes and explain why enthalpy (ΔH) alone is not enough to predict spontaneity. You'll gain a solid understanding of entropy (S) as a measure of molecular disorder, including its mathematical definition
danielleappel112
Class notes
Liquids and Solids
NewChapter 12 dives into the condensed phases of matter, explaining how intermolecular forces (IMFs) govern the structure and behavior of liquids and solids. The notes clearly distinguish between solids, liquids, and gases based on molecular interactions, and detail how properties like surface tension, viscosity, vapor pressure, melting point, and boiling point are directly related to the strength of IMFs. You'll learn how cohesion vs. adhesion, temperature, and molecular structure affect these pr...
danielleappel112
Class notes
Chemical Equilibrium
NewThis chapter provides a deep dive into chemical equilibrium, beginning with the concept of reversible reactions and how equilibrium is achieved when the rates of the forward and reverse reactions become equal. The notes clearly define the reaction quotient (Qc) and equilibrium constant (Kc), teaching how to write expressions for both and interpret their values to determine whether a reaction mixture is at equilibrium or which direction it will shift to reach it. You'll also explore heterogeneou...
danielleappel112
Class notes
Gases
NewChapter 11 focuses on the fundamental behavior of gases, beginning with their unique physical properties—compressibility, low density, and the ability to form homogeneous mixtures. The notes explain the Kinetic Molecular Theory (KMT), which connects molecular motion to observable properties like pressure and temperature. You'll learn the assumptions of ideal gases, and how particle mass and velocity affect kinetic energy and root mean square speed (urms). The chapter then introduces gas press...
danielleappel112
Class notes
Complete General Chemistry II Notes (2023), "Chemistry: Atoms First" 4th ed.
NewDetailed, well-written notes covering Ch. 13 through Ch. 20 of "Chemistry: Atoms First" (4th ed.) by Burdge and Overby. Includes several worked examples and diagrams for each concept/chapter. Written in 2023 for CHEM 1420 (General Chemistry II) at the University of North Texas (UNT). Received an A in the course. Content: - Physical properties of solutions - Chemical Kinetics - Entropy & Gibbs Energy - Chemical Equilibrium - Acids, Bases, and Salts - Acid-Base Equilibria and Solubilit...
belindadong