Demonstrate an understanding of irrational numbers in both radical (including mixed radical) and exponent forms through: representing: identifying: simplifying: ordering: relating to rational numbers: applying exponent laws.
The following handout is an assignment for students where they acknowledge their strengths and weaknesses, character traits and self regulation in the classroom.
In this handout, students evaluate their strengths and weaknesses, their character traits and their self regulation in class.
Students were required to research various scientists who played an important role in the development of the atomic theory. Using their findings, students were to create a trading card and share their card with their classmates in a jigsaw activity.
We've talked about mixtures and solutions, solutes and solvents, but what about things that can't be undone? What about Chemical Changes? Would it surprise you to know that baking a cake is a Chemical Change? Or striking a match? In this episode of Crash Course Kids, Sabrina talks to us about how to tell if you have a chemical change on your hands.
Chemistry 10 files:
Final Exam Word and Notebook file
VSEPR Theory
Activity Series
Double Displacement Lab
Electron Configuration Reference
Metric Staircase
Mole Conversions
Percent Composition Lab
Periodic Table
Resource package
Single Displacement Lb
Solubility Curves and Tables
Intro to Chemistry
The atom
The Nucleus and Average Atomic Mass
Valence Electrons and Electron Configuration
Orbital Notation
Trends of the Periodic Table
2.1 Introduction to Molecules and Compounds
2.2 Ionic Compound Nomenclature Worksheet & Answer Key
2.3 Covalent Compound Nomenclature notes & Assignment
2.4 Acid-Base Nomenclature Worksheet, Assignment Questions & Quiz
2.5 Writing Chemical Formulas Assignment & Worksheet
2.6 Lewis Structures notes & Worksheet
2.7 VSEPR Theory notes & Worksheet
Unit 2 Exam
Unit 2 Exam Rewrite
Introduction to Molecules and Compounds
Ionic Compound Nomenclature
Covalent Compound Nomeclature
Acid-Base Nomenclature
Writing Chemicals Formula
Lewis Structures
VSEPR Theory & Worksheet
Unit 2 Review
3.1 The Law of Concervation of Mass and Chemical Equations- Worksheet 1,2 and Keys
3.2 Types of Chemical Reactions Worksheet and Assignment
3.3 Net Ionic Equations Worksheet and Assignment
Unit 3 Exam
Unit 3 Exam Rewrite
The Law of Conservation of Mass and Chemical Equations
Types of Chemical Reactions Notes & Worksheets
Net Ionic Equations
Unit 3 Review
4.1 Dimensional Analysis
4.2 The Mole and Molar Mass
4.3 Counting Atoms
4.4 Mole to Liters and Putting it all Together
4.5 Percent Composition
4.6 Empirical Formulas
4.7 Mole to Mole Stoichiometry
4.8 Mass Stoichiometry
4.9 Gas Stoichiometry
4.10 Limiting Reagants
4.11 Percent Yield
Unit Review
Exam & Rewrite Exam
4.1 Dimensional Analysis
4.2 The Mole and Molar Mass
4.3 Counting Atoms
4.4 Mole to Liters and Putting it all Together
4.5 Percent Composition
4.6 Empirical Formulas
4.7 Mole to Mole Stoichiometry
4.8 Mass Stoichiometry
4.9 Gas Stoichiometry
4.10 Limiting Reagants
4.11 Percent Yield
Unit Review
5.1 General Characteristics of Gases and Pressure
5.2 The Simple Gas Laws I - Boyle's Law
5.3 The Simple Gas Laws II - Charles's Law
5.4 The Ideal Gas Equation
5.4 The Ideal Gas Equation - Solutions
5.5 Dalton's Law of Partial Pressure
Unit 5 Exam - Formula Sheet
Unit 5 Exam - Outline
5.1 General Characteristics of Gases and Pressure
5.2 The Simple Gas Laws I - Boyle's Law
5.3 The Simple Gas Laws II - Charles's Law
5.4 The Ideal Gas Equation
5.4 The Ideal Gas Equation - Solutions
5.5 Dalton's Law of Partial Pressure
Unit 5 Exam - Formula Sheet
Unit 5 Exam - Outline
1.1 Introduction to Chemistry
1.2 The Atom
1.3 The Nucleus and Atomic Mass- Assignment & Worksheet
1.4 Valence Electrons and Electron Configuration Worksheet
1.5 Orbital Notation- Assignment & Worksheet
1.6 Trends of the Periodic Table- Reading & Worksheet
Unit 1 Exam
Unit 1 Rewrite Exam
1.1 Compounds and Formulas
1.2 Chemical Reactions
1.3 Mole Theory and Stoichiometry
Unit 1 Exam
1.1 Compounds and Formulas
1.2 Chemical Reactions
1.3 Mole Theory and Stoichiometry