Honors Chemistry Study Guide for Semester I Final Exam (1).docx

3
Honors Chemistry Study Guide for Semester I Final Exam WARNING: THIS IS ONLY A STUDY GUIDE. YOU MUST ACTUALLY STUDY. DO NOT PROCASTINATE!! SAMPLE QUESTIONS WILL BE POSTED ON RENWEB. MAKE SURE TO LOOK AT THEM! List of topics to study: Chapters 1-9 Chapter 1: An Introduction Scientific Method-Be able to apply it to a real life problem Chapter 2: Matter Know the difference between elements/compounds and molecule Physical vs. Chemical Properties/Changes (Be able to give examples and/or classify a change or property) Mixtures vs. Pure substances (Be able to classify) Types of Mixtures Separation of Methods Ch. 3: Chemical Foundations: Elements, Atoms and Ions Names and Symbols of Elements Dalton’s Atomic Theory Thomson’s Experiment Plum Pudding Model Rutherford’s Model Model of the Nuclear Atom Isotopes Ions- how they are formed Ch.4: Nomenclature Ionic vs. Covalent Names and formulas of strong acids/bases Type I, Type II, Type III Compounds POLYATOMIC IONS Ch.5: Measurements and Calculations Scientific Notation Conversion (Metric System and English System)-Look at the chart I gave you in class Uncertainty in Measurement

Transcript of Honors Chemistry Study Guide for Semester I Final Exam (1).docx

Page 1: Honors Chemistry Study Guide for Semester I Final Exam (1).docx

Honors Chemistry Study Guide for Semester I Final Exam

WARNING: THIS IS ONLY A STUDY GUIDE. YOU MUST ACTUALLY STUDY. DO NOT PROCASTINATE!! SAMPLE QUESTIONS WILL BE POSTED ON RENWEB. MAKE SURE TO LOOK AT THEM!

List of topics to study:

Chapters 1-9

Chapter 1: An Introduction

Scientific Method-Be able to apply it to a real life problem

Chapter 2: Matter

Know the difference between elements/compounds and molecule Physical vs. Chemical Properties/Changes (Be able to give examples and/or classify a change or property) Mixtures vs. Pure substances (Be able to classify) Types of Mixtures Separation of Methods

Ch. 3: Chemical Foundations: Elements, Atoms and Ions

Names and Symbols of Elements Dalton’s Atomic Theory Thomson’s Experiment Plum Pudding Model Rutherford’s Model Model of the Nuclear Atom Isotopes Ions- how they are formed

Ch.4: Nomenclature

Ionic vs. Covalent Names and formulas of strong acids/bases Type I, Type II, Type III Compounds POLYATOMIC IONS

Ch.5: Measurements and Calculations

Scientific Notation Conversion (Metric System and English System)-Look at the chart I gave you in class Uncertainty in Measurement Temperature Conversions Significant Figures (Be able to apply the rules for addition/subtraction, division/multiplication) Density

Ch.6: Chemical Composition

Atomic masses and amu Grams-moles-number of atoms/molecules

Page 2: Honors Chemistry Study Guide for Semester I Final Exam (1).docx

Molar mass Percent composition Empirical vs Molecular Formula

Chapter 7: Chemical Reactions-An Introduction

Evidence of chemical reaction Balancing chemical equations

Chapter 8:

Translate word equation into a chemical equation Determine the products if given the reactants with proper states Molecular Equation Complete Ionic Net Ionic Spectator Ions Types of Reactions

Chapter 9: Chemical Quantities

Use chemical equations to determine mass or moles of reactant/product Determine the limiting reactant and how much excess reactant is leftover after the reaction is complete Percent Yield

Chapter 10

If time permits

Things you need to memorize and be able to apply:

1. Polyatomic ions 2. Metric System units-the prefixes 3. Solubility Rules

TEST FORMAT:

Multiple Choice

75 Multiple Choice

5 Free RESPONSE ( a,b,c,d)

You are allowed to use a 3 x 5 index card which should be turned in the Monday before the final. Only non graphing calculators allowed.