AP Chemistry

Instructor: Prateek

Language: English

Validity Period: 30 days

$300

Description
Course Content
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Welcome to Edoflip Courses!

Thank you for landing on the AP Chemistry Course Page. All the courses are delivered by Subject Experts with over 5+ years of experience and after a detailed analysis of previous year papers and syllabus.

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This is the course structured as per the revised curriculum for AP Chemistry. Please find the course syllabus module on the Course Contents Tab above.

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	Atoms, compounds and ions
		Introduction to chemistry \| Atoms, compounds, and ions \| Chemistry \|
		Elements and atoms \| Atoms, compounds, and ions \| Chemistry
		Atomic number, mass number, and isotopes \| Chemistry \|
		Average atomic mass \| Atomic structure and properties \| AP Chemistry \|
		The mole and Avogadro's number \| Atomic structure and properties \| AP Chemistry \|
		Empirical, molecular, and structural formulas \| AP Chemistry
		Worked example: Calculating molar mass and number of moles \| AP Chemistry \|
		Common polyatomic ions \| Atoms, compounds, and ions \| Chemistry \|
	Stoichiometry and molecular composition
		Chemical reactions introduction \| Chemistry of life \| Biology \|
		Balancing chemical equations \| Chemical reactions and stoichiometry \| Chemistry \|
		Balancing more complex chemical equations \| Chemistry \|
		Visually understanding balancing chemical equations \| Chemistry \|
		Balancing another combustion reaction \| Chemistry \|
		Balancing chemical equation with substitution \| Chemistry \|
		Stoichiometry \| Chemical reactions and stoichiometry \| Chemistry \|
		Stoichiometry \| Chemical reactions and stoichiometry \| Chemistry \|
		Stoichiometry example problem 2 \| Chemistry \|
		Stoichiometry: Limiting reagent \| Chemical reactions and stoichiometry \| Chemistry \|
		Limiting reactant example problem 1 \| Chemistry
		2015 AP Chemistry free response 2a (part 1 of 2) \| Chemistry \|
		2015 AP Chemistry free response 2a (part 2/2) and b \| Chemistry
		Empirical, molecular, and structural formulas \| AP Chemistry \|
		Worked example: Calculating mass percent \| AP Chemistry \|
		Worked example: Determining an empirical formula from percent composition data \|
		Worked example: Determining an empirical formula from combustion data \| AP Chemistry \|
	Chemical Reactions
		Introduction to redox reactions \| Redox reactions and electrochemistry \| Chemistry \|
		Dissolution and precipitation \| Chemical reactions and stoichiometry \| Chemistry \|
		Precipitation reactions \| Chemical reactions and stoichiometry \| Chemistry \|
		2015 AP Chemistry free response 3a \| Chemistry \|
	Electronic structure of atoms
		The history of atomic chemistry \| Electronic structure of atoms \| Chemistry \|
		RutherfordÂs gold foil experiment \| Electronic structure of atoms \| Chemistry \|
		Introduction to light \| Electronic structure of atoms \| Chemistry \|
		Photoelectric effect \| Electronic structure of atoms \| Chemistry
		Bohr model radii (derivation using physics) \| Chemistry \|
		Bohr model radii \| Electronic structure of atoms \| Chemistry \|
		Bohr model energy levels (derivation using physics) \| Chemistry
		Bohr model energy levels \| Electronic structure of atoms \| Chemistry \|
		Absorption and emission \| Electronic structure of atoms \| Chemistry \|
		Emission spectrum of hydrogen \| Chemistry \|
		Shells, subshells, and orbitals \| Atomic structure and properties \| AP Chemistry \|
		Introduction to electron configurations \| AP Chemistry \|
		Noble gas configuration \| Electronic structure of atoms \| Chemistry \|
		Electron configurations for the first period \| Chemistry
		Electron configurations for the second period \| Chemistry \|
		Electron configurations for the third and fourth periods \| Chemistry \|
		Electron configurations of the 3d transition metals \| AP Chemistry \|
		Paramagnetism and diamagnetism \| Chemistry \|
	Periodic Table
		The periodic table - classification of elements \| Chemistry \|
		Groups of the periodic table \| Periodic table \| Chemistry
		The periodic table - transition metals \| Periodic table \| Chemistry \|
		The Periodic Table - Transition Metals
		Atomic radius trends on periodic table \| Periodic table \| Chemistry \|
		Atomic radius trends on periodic table \| Periodic table \| Chemistry \|
		Ionization energy trends \| Periodic table \| Chemistry \|
		Mini-video on ion size \| Periodic table \| Chemistry \|
		Ionization energy trends \| Periodic table \| Chemistry \|
		Ionization energy: group trend \| Atomic structure and properties \| AP Chemistry \|
		Ionization energy: period trend \| Atomic structure and properties \| AP Chemistry \|
		First and second ionization energy \| Atomic structure and properties \| AP Chemistry \|
		Electron affinity: period trend \| Atomic structure and properties \| AP Chemistry \|
		Electronegativity \| Atomic structure and properties \| AP Chemistry
		Electronegativity and bonding \| Chemical bonds \| Chemistry \|
		Metallic nature \| Chemical bonds \| Chemistry
	Chemical Bonds
		Ionic bonds \| Molecular and ionic compound structure and properties \| AP Chemistry \|
		Covalent bonds \| Molecular and ionic compound structure and properties \| AP Chemistry
		Metallic bonds \| Molecular and ionic compound structure and properties \| AP Chemistry
		Ionic bonds and Coulombs law
		Electronegativity \| Atomic structure and properties \| AP Chemistry \|
		Electronegativity and bonding \| Chemical bonds \| Chemistry \|
		Metallic nature \| Chemical bonds \| Chemistry
		Covalent networks, metallic crystals, and ionic crystals \| Chemistry \|
		Drawing dot structures \| Chemical bonds \| Chemistry \|
		Formal charge and dot structures \| Chemical bonds \| Chemistry \|
		Resonance and dot structures \| Chemical bonds \| Chemistry \|
		VSEPR for 2 electron clouds \| AP Chemistry \|
		VSEPR for 3 electron clouds \| AP Chemistry \|
		More on the dot structure for sulfur dioxide \| Chemical bonds \| Chemistry \|
		VSEPR for 4 electron clouds \| AP Chemistry \|
		VSEPR for 5 electron clouds (part 1) \| AP Chemistry \|
		VSEPR for 5 electron clouds (part 2) \| AP Chemistry \|
		VSEPR for 6 electron clouds \| AP Chemistry
		Electronegativity and bonding \| Structure and bonding \| Organic chemistry \|
		2015 AP Chemistry free response 2 d e
		sp³ hybridization \| AP Chemistry \|
		Steric number \| AP Chemistry \|
		sp² hybridization \| AP Chemistry
		sp hybridization \| AP Chemistry
		Worked examples: Finding the hybridization of atoms in organic molecules \|
	States of matter and intermolecular forces
		States of matter \| States of matter and intermolecular forces \| Chemistry
		States of matter follow-up \| States of matter and intermolecular forces \| Chemistry \|
		Specific heat and latent leat of fusion and vaporization \| Chemistry \|
		Specific heat, heat of fusion and vaporization example \| Chemistry
		Chilling water problem \| States of matter and intermolecular forces \| Chemistry \|
		Change of state example \| States of matter and intermolecular forces \| Chemistry
		Vapor pressure \| States of matter and intermolecular forces \| Chemistry \|
		London dispersion forces \| Intermolecular forces and properties \| AP Chemistry \|
		Dipole-dipole forces \| Intermolecular forces and properties \| AP Chemistry \|
		Hydrogen bonding \| Intermolecular forces and properties \| AP Chemistry \|
		Solubility and intermolecular forces \| Chemistry \|
		Surface tension \| States of matter and intermolecular forces \| Chemistry \|
		Capillary action and why we see a meniscus \| Chemistry
		Boiling points of organic compounds \| Structure and bonding \| Organic chemistry \|
		AP Chemistry multiple choice sample: Boiling points
		Solubility of organic compounds \| Structure and bonding \| Organic chemistry \|
		Solubility of organic compounds \| Structure and bonding \| Organic chemistry
		Suspensions, colloids and solutions \| Chemistry
	Gases and Kinetic molecular theory
		Ideal gas equation: PV = nRT \| Chemistry \|
		Deflate gate \| Gases and kinetic molecular theory \| Chemistry
		Ideal gas equation example 1 \| Chemistry \|
		Ideal gas equation example 2 \| Chemistry \|
		Ideal gas equation example 3 \| Chemistry \|
		Ideal gas equation example 4 \| Chemistry
		Introduction to partial pressure \| Gases and kinetic molecular theory \| Chemistry \|
		Partial pressure example \| Chemistry \|
		Vapor pressure example \| Chemistry
		Maxwell Boltzmann distribution \| Thermodynamics \|
	Kinetics
		Introduction to kinetics \| Energy and enzymes \|
		Rate of reaction \| Knetics \| Chemistry
		Rate law and reaction order \| Knetics \| Chemistry \|
		Finding units of rate constant k \| Knetics \| Chemistry \|
		Experimental determination of rate laws \| Knetics \| Chemistry
		First-order reaction (with calculus) \| Knetics \| Chemistry \|
		Plotting data for a first-order reaction \| Kinetics \| Chemistry
		Half-life of a first-order reaction \| Knetics \| Chemistry \|
		Half-life and carbon dating \| Nuclear chemistry \| Chemistry \|
		First-order reaction example \| Knetics \| Chemistry \|
		Rate constant k from half-life example \| Knetics \| Chemistry \|
		Second-order reaction (with calculus) \| Knetics \| Chemistry
		Plotting data for a second-order reaction \| Knetics \| Chemistry
		Half-life of a second-order reaction \| Knetics \| Chemistry
		Second-order reaction example \| Knetics \| Chemistry \|
		Zero-order reaction (with calculus) \| Knetics \| Chemistry \|
		2015 AP Chemistry free response 5 \| Knetics \| Chemistry
		Collision theory \| Kinetics \| Chemistry \|
		Arrhenius equation \| Kinetics \| Chemistry \|
		Forms of the Arrhenius equation \| Knetics \| Chemistry \|
		Using the Arrhenius equation \| Kinetics \| Chemistry \|
		Maxwell Boltzmann distribution \| Thermodynamics \| Physics \|
		Elementary rate laws \| Kinetics \| Chemistry \|
		Mechanisms and the rate-determining step \| Kinetics \| Chemistry \|
		Catalysts \| Kinetics \| Chemistry \|
		Spectrophotometry introduction \| Kinetics \| Chemistry \|
		Spectrophotometry example \| Kinetics \| Chemistry \|
	Thermodynamics
		First Law of Thermodynamics introduction \|
		More on internal energy \| Thermodynamics \| Physics \|
		Calculating internal energy and work example \| Chemistry \|
		Specific heat and latent leat of fusion and vaporization \| Chemistry \|
		Chilling water problem \| States of matter and intermolecular forces \| Chemistry \|
		Work from expansion \| Thermodynamics \| Physics
		Calorimetry and enthalpy introduction \| Thermodynamics \| Chemistry \|
		Enthalpy \| Thermodynamics \| Chemistry \|
		Heat of formation \| Thermodynamics \| Chemistry \|
		Hess's law and reaction enthalpy change \| Chemistry \|
		Hess's law example \| Thermodynamics \| Chemistry
		Bond enthalpy and enthalpy of reaction \| Chemistry \|
		2015 AP Chemistry free response 7 \| Thermodynamics \| Chemistry \|
		Introduction to entropy \| Energy and enzymes \|
		Second Law of Thermodynamics \|
		Entropy: Embrace the chaos \| Thermodynamics \| Chemistry
		Reconciling thermodynamic and state definitions of entropy \| Physics \|
		Entropy intuition \| Thermodynamics \| Physics
		Gibbs free energy and spontaneity \| Chemistry \|
		Gibbs free energy example \| Thermodynamics \| Chemistry
		More rigorous Gibbs free energy / spontaneity relationship \| Chemistry \|
		A look at a seductive but wrong Gibbs/spontaneity proof \| Chemistry
		Changes in free energy and the reaction quotient \| Chemical Processes \|
		Standard change in free energy and the equilibrium constant \|
		2015 AP Chemistry free response 2c \| Thermodynamics \| Chemistry \|
	Chemical Equilibrium
		Reactions in equilibrium \| Chemical equilibrium \| Chemistry \|
		Keq intuition \| Chemical equilibrium \| Chemistry \|
		Keq derivation intuition \| Chemical equilibrium \| Chemistry \|
		Heterogeneous equilibrium \| Chemical equilibrium \| Chemistry
		Small x approximation for small Kc \| Chemistry
		Small x approximation for large Kc \| Chemical equilibrium \| Chemistry \|
		Le Chatelier's principle \| Chemical equilibrium \| Chemistry
		Le Chatelier's principle: Worked example \| Chemical equilibrium \| Chemistry \|
		Introduction to reaction quotient Qc \| Chemical equilibrium \| Chemistry \|
		Comparing Q vs K example \| Chemical equilibrium \| Chemistry \|
	Acids, bases and ph
		Arrhenius definition of acids and bases \|
		Bronsted-Lowry definition of acids and bases \|
		Autoionization of water \| Water, acids, and bases \|
		Definition of pH \| Water, acids, and bases \|
		pH, pOH of strong acids and bases \| Chemistry \|
		Strong acids and strong bases \| Acids and bases \| Chemistry
		Acid strength, anion size, and bond energy \| Chemistry
		Conjugate acid-base pairs \| Acids and bases \| Chemistry \|
		pKa and pKb relationship \| Acids and bases \| Chemistry \|
		Relationship between Ka and Kb \| Chemistry \|
		Ka and acid strength \| Chemical processes \|
		Weak acid equilibrium \| Acids and bases \| Chemistry \|
		Weak base equilibrium \| Acids and bases \| Chemistry \|
		Acid-base properties of salts \| Acids and bases \| Chemistry
		pH of salt solutions \| Acids and bases \| Chemistry \|
	Buffers, titrations and solubility equilibria
		Introduction to buffers \| Water, acids, and bases \|
		Buffers, the acid rain slayer \| Chemistry
		Common ion effect and buffers \| Chemistry \|
		Buffers and Henderson-Hasselbalch \| Chemistry \|
		Buffer solution pH calculations \| Chemistry
		pH and pKa relationship for buffers \| Chemistry
		Buffer capacity \| Buffers, titrations, and solubility equilibria \| Chemistry \|
		Ways to get a buffer solution \| Chemistry
		Titration introduction \| Chemistry \|
		Titration calculation example \| Chemistry \|
		Titration of a strong acid with a strong base \| Chemistry
		Titration of a strong acid with a strong base (continued) \| Chemistry
		Titration of a weak acid with a strong base \| Chemistry \|
		Titration of a weak acid with a strong base (continued) \|
		Titration of a weak base with a strong acid \| Chemistry \|
		Titration of a weak base with a strong acid (continued) \|
		2015 AP Chemistry free response 3b \| Chemistry \|
		2015 AP Chemistry free response 3c \| Chemistry \|
		2015 AP Chemistry free response 3d \| Chemistry \|
		2015 AP Chemistry free response 3e \| Chemistry \|
		2015 AP Chemistry free response 3f \| Chemistry
		Titration curves and acid-base indicators \| Chemistry
		Titration roundup \| Buffers, titrations, and solubility equilibria \| Chemistry \|
		Acid base titration example \| Chemistry \|
		Redox titration \| Redox reactions and electrochemistry \| Chemistry \|
		Dissolution and precipitation \| Chemical reactions and stoichiometry \| Chemistry \|
		Common polyatomic ions \| Atoms, compounds, and ions \| Chemistry \|
		Introduction to solubility and solubility product constant \| Chemistry
		Solubility from the solubility product constant \| Chemistry
		2015 AP Chemistry free response 4 \| Chemistry \|
		Solubility and the common-ion effect \| Chemistry \|
		Solubility and the pH of the solution \| Chemistry
		Solubility and complex ion formation \| Chemistry \|
	Redox reactions and electrochemistry
		Oxidation and reduction \| Redox reactions and electrochemistry \| Chemistry
		Oxidation state trends in periodic table \| Chemistry \|
		Practice determining oxidation states \| Chemistry \|
		Unusual oxygen oxidation states \| Redox reactions and electrochemistry \| Chemistry \|
		Introduction to redox reactions \| Redox reactions and electrochemistry \| Chemistry \|
		Redox reaction with iron \| Redox reactions and electrochemistry \| Chemistry \|
		Oxidizing and reducing agents \| Redox reactions and electrochemistry \| Chemistry \|
		Disproportionation \| Redox reactions and electrochemistry \| Chemistry \|
		Balancing redox reactions in acid \| Redox reactions and electrochemistry \| Chemistry \|
		Balancing redox reactions in base \| Redox reactions and electrochemistry \| Chemistry \|
		Redox titration \| Redox reactions and electrochemistry \| Chemistry \|
		Redox reaction from dissolving zinc in copper sulfate \| Chemistry \|
		Introduction to galvanic/voltaic cells \| Chemistry \|
		Electrodes and voltage of Galvanic cell \| Chemistry
		Shorthand notation for galvanic/voltaic cells \| Chemistry \|
		Lead storage battery \| Redox reactions and electrochemistry \| Chemistry \|
		Nickel-cadmium battery \| Redox reactions and electrochemistry \| Chemistry \|
		2015 AP Chemistry free response 1d
		Standard reduction potentials \| Redox reactions and electrochemistry \| Chemistry \|
		Using reduction potentials \| Redox reactions and electrochemistry \| Chemistry \|
		Voltage as an intensive property \| Redox reactions and electrochemistry \| Chemistry \|
		Spontaneity and redox reactions \| Redox reactions and electrochemistry \| Chemistry \|
		2015 AP Chemistry free response 1
		Free energy and cell potential \| Redox reactions and electrochemistry \| Chemistry \|
		Standard cell potential and the equilibrium constant \| Chemistry \|
		Calculating the equilibrium constant from the standard cell potential
		Galvanic cells and changes in free energy \| Chemistry \|
		Nernst equation \| Redox reactions and electrochemistry \| Chemistry \|
		Using the Nernst equation \| Redox reactions and electrochemistry \| Chemistry \|
		Concentration cell \| Redox reactions and electrochemistry \| Chemistry \|
		2015 AP Chemistry free response 1 b c
		Introduction to electrolysis \| Redox reactions and electrochemistry \| Chemistry \|
		Introduction to electrolysis \| Redox reactions and electrochemistry \| Chemistry \|
		Electrolysis of molten sodium chloride \| Chemistry \|
	AP chemistry free response questions
		2015 AP Chemistry free response 1a
		2015 AP Chemistry free response 1 b c
		2015 AP Chemistry free response 1d
		2015 AP Chemistry free response 1e \| Chemistry \|
		2015 AP Chemistry free response 2a (part 1 of 2) \| Chemistry \|
		2015 AP Chemistry free response 2a (part 2/2) and b \| Chemistry \|
		2015 AP Chemistry free response 2c \| Thermodynamics \| Chemistry \|
		2015 AP Chemistry free response 2 d
		2015 AP Chemistry free response 2f
		2015 AP Chemistry free response 3a \| Chemistry \|
		2015 AP Chemistry free response 3b \| Chemistry \|
		2015 AP Chemistry free response 3c \| Chemistry \|
		2015 AP Chemistry free response 3d \| Chemistry \|
		2015 AP Chemistry free response 3e \| Chemistry \|
		2015 AP Chemistry free response 3f \| Chemistry \|
		2015 AP Chemistry free response 4 \| Chemistry \|
		2015 AP Chemistry free response 5 \| Knetics \| Chemistry \|
		2015 AP Chemistry free response 5a: Finding order of reaction \| Chemistry \|
		2015 AP Chemistry free response 6 \| Studying for the AP Chemistry exam? \| Chemistry \|
		2015 AP Chemistry free response 7 \| Thermodynamics \| Chemistry \|

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