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Practice Problem: Significant Figures
2
Practice Problem: Dimensional Analysis
3
Practice Problem: Isotopic Abundance and Atomic Mass
4
Practice Problem: Balancing Equations
5
Practice Problem: Conversions Using Avogadro's Number
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Practice Problem: Limiting Reagent and Percent Yield
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Practice Problem: Empirical and Molecular Formulas
8
Practice Problem: The Bohr Model and Photon Wavelength
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Practice Problem: Electron Configuration and Quantum Numbers
10
Practice Problem: Atomic Radii and Ionic Radii
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Practice Problem: Ionization Energy
12
Practice Problem: Lattice Energy and Ionic Bond Strength
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Practice Problem: Naming Ionic Compounds
14
Practice Problem: VSEPR Theory and Molecular Geometry
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Practice Problem: Calorimetry and Specific Heat
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Practice Problem: Hess's Law
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Practice Problem: Enthalpy of Combustion
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Practice Problem: Enthalpy of Vaporization
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Practice Problem: Dilution Calculations
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Practice Problem: Molarity Calculations
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Practice Problem: Colligative Properties
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Practice Problem: Gravimetric Analysis
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Practice Problem: Molar Mass of a Gas
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Practice Problem: Density of a Gas
25
Practice Problem: Graham's Law of Effusion
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Practice Problem: Calculating Ionic Radius
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Practice Problem: Initial Rates and Rate Laws
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Practice Problem: Calculating Equilibrium Concentrations
29
Practice Problem: ICE Box Calculations
30
Practice Problem: Titration Calculations
31
Practice Problem: Henderson-Hasselbalch Equation Calculations
32
Practice Problem: Calculations Involving pH and Ka
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Practice Problem: Solubility Product Constant Calculations
34
Practice Problem: Calculating Free Energy Change
35
Practice Problem: Free Energy and Nonstandard Conditions
36
Practice Problem: Balancing Redox Reactions
37
Practice Problem: Galvanic Cells and Reduction Potential
38
Practice Problem: Cell Potential, Equilibrium Constants, and Free Energy Change
39
Practice Problem: Nuclear Reactions
40
Practice Problem: Radioactive Half-Life
Description:
Dive into an extensive 3.5-hour video playlist covering a wide range of general chemistry practice problems. Master concepts from significant figures and dimensional analysis to nuclear reactions and radioactive half-life. Work through challenging examples on topics like isotopic abundance, limiting reagents, electron configuration, VSEPR theory, calorimetry, equilibrium calculations, and electrochemistry. Sharpen your problem-solving skills and prepare for exams by tackling trickier problems not covered in standard general chemistry courses. Perfect for students seeking to reinforce their understanding and gain confidence in applying chemical principles.

General Chemistry Practice Problems

Professor Dave Explains
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#Science #Chemistry #Redox Reactions #Physics #Dimensional Analysis #Thermodynamics #Calorimetry
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Practice Problem: Significant Figures