Topic outline
- General
- Welcome to Chemistry!
- Unit 1 - Scientific Method and Measurement
Unit 1 - Scientific Method and Measurement
In this opening unit, students investigate how science investigates questions - how do scientists know what they claim to know? Students learn to pose good scientific questions, design and carry out their own experiments, collect and analyze data, and present and defend their results to their peers. They identify variables and controls in an experiment, distinguish between the different parts of a scientific method, and create a proper hypothesis.
Basic metric conversions will be reviewed as students begin to work with scientific notation calculations and the rules that govern addition, subtraction, multiplication, and division of numbers in scientific notation. Measurement practice is done using significant figures with students recognizing the uncertainty of the measurement tools used in the laboratory. Practice calculations are also performed with significant figures. Students are expected to be able to add, subtract, divide, and multiply measurement values using significant figures. Students calculate density, percent error, and convert between temperature measurements.
- 9/8/17 - Experimental Design
- 9/8/17 - Experimental Design
9/11/17 *Turn this in
9/12/17 *Turn this in
9/14/17 - Intro to Graphs
9/14/17 - Intro to Graphs
- 9/15/17 - Numbers in Chemistry
9/18/17
- 9/18/17
9/19/17 *Turn this in
9/21/17
9/26/17
- 10/5/17 - Review worksheet students can use to prepare for tomorrow's test
10/5/17
10/5/17
- Unit 2 - Matter
Unit 2 - Matter
Students study the basic properties of matter, distinguishing between physical and chemical properties. Basic changes in matter is reviewed with students ultimately being able to describe the differences between the liquid, solid, and gas states of matter, as well as identifying physical and chemical changes. Mixtures and pure substances are discussed with elements, compounds, solutions, alloys, heterogeneous mixtures and homogeneous mixtures being main points of emphasis. Students calculate pressure, volume, and temperature measurements using the different gas laws. They understand the relationship between pressure, volume, and temperature and how they act together in a system.
10/9/17 - Changes and Matter
- 10/9/17
- 10/10/17
- 10/11/17 - Specific Heat
- 10/11/17
10/12/17 - Gas Laws
- 10/12/17
10/19/17 - Gases and Moles
- 10/20/17
- 10/23/17 *Lab Report Due Wednesday (10/25/17)
10/25/17 *Turn this in
- 10/26/17
10/26/17 *Turn this in
10/27/17 *Turn this in
- 10/30/17 (Review for tomorrow's test)
- Unit 3 - Atoms
Unit 3 - Atoms
Students gain an understanding of the history of the Atomic Theory and how the idea of the atom has changed throughout history. The current model of the atom is studied with students understanding how each of the subatomic particles are arranged within the atom. The concept of average atomic mass will be understood and practiced by calculating this value and the percent abundance of different isotopes of a particular element will be required. Students begin to understand basic isotope notation.
- 11/1/17 *Will be due Monday 11/6/17*
11/6/17 *Turn this in
- 11/8/17
- 11/8/17
- 11/8/17 *Turn this in
11/9/17 - Structure of the Atom
- 11/9/17 - Atomic Structure
11/13/17 - Average Atomic Mass
- 11/13/17 (Review for Quiz tomorrow 11/14/17)
11/14/17 *Turn this in
- 11/14/17 - Complete this form using above article *Turn this in
- 11/15/17 *Turn this in
11/15/17
Use this website for the Webquest 11/16/17
Use this website for the Webquest 11/16/17
Use this website for the Webquest 11/16/17
Use this website for the Webquest 11/16/17
Use this website for the Webquest 11/16/17
Use this website for the Webquest 11/16/17
- 11/20/17 (Review for tomorrow's Test)
11/22/17 *Turn this in
- Unit 4 - Periodic Table
Unit 4 - Periodic Table
This unit addresses the periodic table of the elements, its creation, and its arrangement, including different families of the periodic table and their common properties. Being able to describe three trends within the periodic table, first ionization energy, atomic radius, and electronegativity will be a focus of the work done with the periodic table. Using the periodic table to identify the atomic mass, atomic number, and specific quantities of electrons, protons, and neutrons, will be required for use within future units.
11/27/17
12/6/17 *Turn this in
- Unit 5 - Bonding and Nomenclature
Unit 5 - Bonding and Nomenclature
This unit allows students to take their knowledge of electron dot diagrams and bohr diagrams, and apply them to an understanding of chemical bonding. They understand the difference between ionic, covalent, and metallic bonding and identify when each will occur. Students will also name and write the formulas for basic ionic and molecular compounds and acids, including compounds containing transition metals and polyatomic ions.
- 12/11/17
- 1/8/18 *Turn this in (1/11/18)
1/11/18
1/11/18
- 1/12/18
- 1/12/18
1/16/18
- 1/18/18
- Unit 7 - Chemical Reactions
Unit 7 - Chemical Reactions
In this unit students begin by learning how to balance equations, which will help provide the understanding of the Law of Conservation of Mass. The unit then moves on to distinguishing between different types of chemical equations and reactions, including Combination Reactions, Decomposition Reactions, Single Replacement Reactions, Double Replacement Reactions, and Combustion Reactions. Students predict the products of these different reactions as well.
- 2/5/18
- 2/5/18
2/7/18 *Turn this in
- 2/8/18
2/12/18 *Turn this in
2/12/18 *Turn this in
- 2/13/18 *Lab Report Due Thursday (2/15/18)
2/27/18 *Turn this in
2/27/18 *Turn this in
2/27/18
2/28/18 *Turn this in (youtube: 5 Types of Chemical Reactions Lab with Worksheet & Answers...first link)
- Unit 7 - MolesThis topic
Unit 7 - Moles
This unit covers moles, including explanation of what a mole is and how to calculate a certain number of moles. Students work on determining moles from a given mass for a compound or element using the molar mass. Calculations also involve finding the number of particles from a specific number of moles or a given mass.
- 3/5/18 - Intro to Moles
- 3/8/18 - Intro to Moles *Turn this in
- 3/12/18 *Turn this in
- 3/13/18
3/13/18 *Turn this in
3/14/18
- 3/15/18
3/19/18 *Turn this in
3/20/18 *Turn this in
3/22/18
3/22/18
3/26/18
3/26/18
4/16/18 *Turn answers in
4/17/18
4/17/18
4/18/18
4/23/18
4/25/18
4/26/18 *Turn this in
4/26/18
4/26/18
5/2/18
5/2/18
5/3/18 *Lab Report Due Monday 5/7/18
5/7/18
5/7/18 *Turn this in
5/8/18
5/8/18
5/10/18
5/10/18
5/10/18