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AP Chemistry – Abdalla Bader

  • Course Duration: 43H 44M

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Abdullah Bader

Abdullah Bader

High-school Chemistry Teacher

Level

AP
Course Type

Full Course
Program

Subject

Chemistry

Course Curriculum

  • General
    • forumAnnouncements
  • Atomic Structure
    • hvp1.1 Subatomic particles and ions
    • hvp1.2 Isotopes, relative atomic mass and models of atoms
    • hvp1.3 Energy equations and quantum model (electron configuration 1)
    • hvp1.4 Electron configuration (2) and PES
  • The periodic table
    • hvp2.1 Periodic table
    • hvp2.2 Periodic trends of elements, atomic and ionic radius
    • hvp2.3 Ionization energy, electronaffinity and electronegativity
  • Chemical bonding and inter molecular forces
    • hvp3.1 Ionic bonding and lattice energy
    • hvp3.2 Properties of ionic compounds, covalent bonding and Lewis structures
    • hvp3.3 Resonance, exceptions of octet rule
    • hvp3.4 Formal charge, bond energy, bond polarity
    • hvp3.5 Polarity of molecules and shapes
    • hvp3.6 VSEPR shapes, sigma and pi bonds and hybridization
    • hvp3.7 Isomeri, Giant structures, and metallic bonding
    • hvp3.8 IMFs (dipole-dipole and L.D.Fs)
    • hvp3.9 Factors affecting L.D.Fs and H-bonding
    • hvp3.10 Ion-dipole forces, heating curve and phase-diagram
  • Stoichiometry
    • hvp4.1 Moles, avogadros no., and molecular and empirical formula
    • hvp4.2 Hydrated salts
    • hvp4.3 Balancing equations and types of reactions
    • hvp4.4 Stoichiometric calculations and limiting reactants 1
    • hvp4.5 Limiting reactants and excess reactants 2 and practical level diagrams
    • hvp4.6 Particle level diagrams and percentage yields
  • The Gas Phase
    • hvp5.1 Measuring Pressure, Gas Laws (1)
    • hvp5.2 Gas Laws (2) , Ideal Gas Equation
    • hvp5.3 Kinetic Molecular Theory , Real Gases Vs ideal Gas
    • hvp5.4 Density of gas, Dalton's Law, Graham's Law
  • Solution Chemistry
    • hvp6.1 Definitions, concentration unit and Dilution
    • hvp6.2 Preparing Solutions, precipitation reactions, solubility and solubility rules
    • hvp6.3 Precipitation Reactions (2) and stoichiometry of precipitation reactions
    • hvp6.4 Spectrophotometer and beer's law +AP Questions of beer's law: Part 1
    • hvp6.5 AP Questions of beer's law: Part 2
  • Thermochemistry
    • hvp7.1 Thermochemistry - Internal Energy and Calorimetry
    • hvp7.2 Enthalpy of reactions & standard enthalpy of combustion stoichiometry
    • hvp7.3 Enthalpy change of formation and bond energy
    • hvp7.4 Rules of thermochemistry and Hess's Law
    • hvp7.5 AP Questions of Hess's law
  • Chemical Kinetics
    • hvp8.1 Chemical Kinetics- rate of reaction- Expressing rates and Collision Theory (1)
    • hvp8.2 Chemical Kinetics-Collision Theory (2)-Energy profile and Factors effecting Rate(1)
    • hvp8.3 Factors affecting rate(2), Catalysis and Avg rate of reactions
    • hvp8.4 Instantaneous and initial rates , Rate law ( rate and concentration) - part 1
    • hvp8.6 Integrated Rate Laws ( zero,1st and 2nd order reactions) video 1 - part 1 + part 2
    • hvp8.7 Integrated Rate Laws - video 2 & Reaction Mechanisms
    • hvp8.8 Reaction Mechanisms ( fast equilibrium ), AP questions 1 - part 1 + AP questions 1 part 2
    • hvp8.5 AP Questions on Rate Law - part 1 + 2
    • hvp8.9 AP Questions 2 - part 1+2+3
  • Chemical Equilibrium
    • hvp9.1 The Concept of equilibrium, the equilibrium constant
    • hvp9.2 Manipulating Equilibrium constant and Heterogeneous equilibrium
    • hvp9.3 Equilibrium Calculations( ICE table )
    • hvp9.4 The Reaction Quotient (Direction of Reaction) + Equilibrium AP Questions
    • hvp9.5 Equilibrium AP Questions, Solubility Product Constant (Ksp)
    • hvp9.6 Solubility Product Constant (Ksp), Common-Ion Effect
    • hvp9.7 Ksp and Precipitate formation and AP Questions - Video 1
    • hvp9.8 Ksp and Precipitate formation and AP Questions - Video 2
    • hvp9.9 Factors Affecting Equilibrium - Video 1
    • hvp9.10 Factors Affecting Equilibrium - Video 2
    • hvp9.11 Equilibrium AP Questions: Video 1
    • hvp9.12 Equilibrium AP Questions: Video 2
  • Thermodynamics
    • hvp10.1 Thermodynamics -Spontaneous Processes, Entropy, 2nd Law of Thermodynamics
    • hvp10.2 The molecular Interpretation of entropy, Microstates, 3rd Law of Thermodynamics , Standard Entropy
    • hvp10.3 Gibbs Free Energy
    • hvp10.4 Thermodynamic AP Questions: Part 1
    • hvp10.4 Thermodynamic AP Questions: Part 2
    • hvp10.4 Thermodynamic AP Questions: Part 3
  • Acids and Bases
    • hvp11.1 Definitions and conjugate acid-base
    • hvp11.2 Auto-ionization of water, PH and PH-scale
    • hvp11.3 Strong acid and bases
    • hvp11.4 PH of strong and weak acid and bases
    • hvp11.5 PH of weak acids and weak bases
    • hvp11.6 Ka and Kb, factors affecting the strength of the acid
    • hvp11.7 Buffers - Video 1
    • hvp11.7 Buffers - Video 2
    • hvp11.7 Buffers - Video 3
    • hvp11.8 Acid-Base Titration - Video 1
    • hvp11.8 Acid-Base Titration - Video 2
    • hvp11.8 Acid-Base Titration - Video 3
    • hvp11.8 Acid-Base Titration - Video 4
    • hvp11.8 Acid-Base Titration - Video 5
    • hvp11.9 AP Questions on Acid-Base - Video 1
    • hvp11.9 AP Questions on Acid-Base - Video 2
    • hvp11.9 AP Questions on Acid-Base - Video 3
  • Redox and Electrochemistry
    • hvp12.1 Redox Reactions and Single Displacement Reactions
    • hvp12.2 Single Displacement Reactions,Oxidizing and Reducing Agents and Oxidation Numbers
    • hvp12.3 Oxidation Numbers and Balancing Redox Equations (Half-Reaction Method)
  • Electrochemistry
    • hvp13.1 Voltaic (Galvanic) Cells
    • hvp13.2 Salt bridge, Electromotive Force (emf),Standard Reduction Potentials,Standard Hydrogen Electrode
    • hvp13.3 Cell Potentials,Oxidizing and Reducing Agents,Free Energy
    • hvp13.4 Electrolysis, Predicting the Products and Quantitative Aspects of Electrolysis
    • hvp13.5 Quantitative Aspects of Electorchemistry with AP Questions - video 1
    • hvp13.5 Quantitative Aspects of Electorchemistry with AP questions - video 2
  • Past Papers (2023) Free Response Questions
    • hvpFree Response Questions - Video 1
    • hvpFree Response Questions - Video 2
    • hvpFree Response Questions - Video 3
    • hvpFree Response Questions - Video 4
    • hvpFree Response Questions - Video 5

About Course

AP Chemistry is an introductory college-level chemistry course. Students cultivate their understanding of chemistry through inquiry-based lab investigations as they explore the four Big Idea: scale, proportion and quantity; structure and properties of substances; transformations; and energy. The AP Chemistry framework is organized into nine units of study that provides one possible sequence for the course. A scientific or graphing calculator is recommended for both sections of the exam

What you'll learn?

  • In this course, you will learn about the fundamental
    concepts of chemistry including the structure and arrangement of matter,
    attraction between particles, kinetics, equilibrium, thermodynamics, and acids
    and bases, laboratory investigations and how to use calculations to solve
    problems.

Material Includes

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