π IMAT Chemistry - Study Guide
π Course Structure
π Chapter 1: Constitution of Matter and Ideal Gas Laws
What this chapter covers:
π Essential Concepts & Formulas
π οΈ Problem Types
Type A: Ideal Gas Law Calculations
Type B: Partial Pressure Calculations
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β Mistake:
π Chapter 2: Atomic Structure and the Periodic Table
What this chapter covers:
π Essential Concepts & Formulas
π οΈ Problem Types
Type A: Determining Number of Subatomic Particles
Type B: Predicting Periodic Trends
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β Mistake:
π Chapter 3: Chemical Bonding and Intermolecular Forces
What this chapter covers:
π Essential Concepts & Formulas
π οΈ Problem Types
Type A: Predicting Bond Type
Type B: Determining Molecular Polarity
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β Mistake:
π Chapter 4: Inorganic Chemistry: Nomenclature and Properties
What this chapter covers:
π Essential Concepts & Formulas
π οΈ Problem Types
Type A: Naming Inorganic Compounds
Type B: Calculating pH
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β Mistake:
π Chapter 5: Reactions and Stoichiometry
What this chapter covers:
π Essential Concepts & Formulas
π οΈ Problem Types
Type A: Stoichiometric Calculations
Type B: Limiting Reactant Problems
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β Mistake:
π Chapter 6: Solutions and Aqueous Equilibria
What this chapter covers:
π Essential Concepts & Formulas
π οΈ Problem Types
Type A: Concentration Calculations
Type B: Equilibrium Calculations
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β Mistake:
π Chapter 7: Chemical Kinetics and Catalysis
What this chapter covers:
π Essential Concepts & Formulas
π οΈ Problem Types
Type A: Factors Affecting Reaction Rates
Type B: Catalyst Effects
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β Mistake:
π Chapter 8: Oxidation and Reduction (Redox Reactions)
What this chapter covers:
π Essential Concepts & Formulas
π οΈ Problem Types
Type A: Assigning Oxidation Numbers
Type B: Identifying Redox Reactions
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β Mistake:
π Chapter 9: Organic Chemistry: Structure, Isomerism, and Nomenclature
What this chapter covers:
π Essential Concepts & Formulas
π οΈ Problem Types
Type A: Identifying Functional Groups
Type B: Naming Organic Compounds
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β Mistake: