Week |
Day |
Topic |
Homework |
1: 1/23 - 1/25 |
M |
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T |
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W |
Intro |
Define: catalyst, malleable, ductile, immiscible, equilibrium (always number definitions) and READ Chapter 2 in text book - make sure you can answer essiential questions on student learning map. |
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Th |
How do we convert metric units? |
Metric Conversion WS |
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F |
Snow Day |
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2: 1/28 - 2/1 |
M |
How do we determine which numbers are significant in a measurement? |
Sig Fig and Sci Notation WS |
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T |
What is density and how can it be used to identify substances? |
Sig Fig and Density WS |
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W |
What is the difference between accuracy and precision? |
p58 #56, p91 #46 p96 #60 &70 (reg chem do not do #70 d,e,f) |
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Th |
How do we take precise measurements? |
Review WS |
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F |
Test |
Atoms vocabulary (see SLM below) |
3: 2/4 - 2/8 |
M |
What is an atom made of? |
p112 #17 p122 #40, 49 |
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T |
How do I convert from grams to mols to atoms? |
Mol Conversion WS |
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W |
How do I convert from grams to mols to atoms? |
Review WS |
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Th |
Test |
Electrons vocabulary |
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F |
How do we describe the most probable location of an electron? |
p149-150 #33-35, 37,50 |
4: 2/11 - 2/15 |
M |
How do we describe the most probable location of an electron? |
p149-151 #52,68 |
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T |
How were the quantum numbers dervived? |
p149-151 #55,69,71 |
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W |
How can we determine the identity of a metal using a flame test? |
Review WS |
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Th |
Test |
Periodic Law vocabulary (see SLM below) |
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F |
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Work on project |
5: 2/18 - 2/22 |
M |
Project continues |
work on project |
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T |
Project continues |
work on project Presentations on Wednesday Virtual poster due by mid-night Wednesday |
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W |
Presentations |
Review WS |
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Th |
Test |
Bonding vocabulary (see SLM below) |
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F |
Why do atoms bond? |
p193 #9-11, p199#16,17,22 p207 #43 |
6: 2/25 - 3/1 |
M |
What happens during covalent bonding? |
p229 #21,p247 #43,50,57 |
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T |
How do atoms arrange themselves in a molecule? |
p249 #82 |
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W |
How do atoms arrange themselves in a molecule? |
Molecular Shape WS |
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Th |
What are intermolecular forces and how do they differ from bonds? |
Review WS |
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F |
Test |
Chemical Formulas vocabulary (see SLM below) |
7: 3/4 - 3/8 |
M |
How are formulas written & compounds named? |
Naming comp'ds & writing formulas WS (front only) |
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T |
ACT testing |
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W |
Snow Day |
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Th |
How are formulas written & molecules named? |
p270#23, p281 #57,58,60,69 4th period: same but no (a) or (i) on #69 |
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F |
How is molar mass calculated? |
Molar Mass WS |
8: 3/11 - 3/15 |
M |
How can I calculate percent composition and empirical formula? |
p315-316 #58a, 59b, 63b, 75c |
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T |
How can I calculate molecular and empirical formulas? |
#13-16 on Review WS and prelab |
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W |
How can I determine the empirical formula from experimental data? |
Review WS |
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Th |
Test |
Equations vocabulary (see SLM below) |
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F |
How do I balance equations? |
Balancing Equ WS |
9: 3/18 - 3/22 |
M |
How can I identify and balance equations? |
Identify and balancing equ WS |
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T |
What is the activity series and how is it used? |
Review WS |
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W |
What is the activity series and how is it used? |
Stoichiometry vocabulary (see SLM below) |
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Th |
How can a chemical equation be used to determine the amount of product produced? |
Stoichiometry WS |
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F |
What is a limiting reactant and why is it important to identify? |
Limiting Reactant WS
*Regular Chemistry: HW - page379 #44a, 47 |
10: 3/25 - 3/29 |
M |
How do I calculate percent yield? |
HW - Review WS |
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T |
Stoichiometry Review then quiz |
Mid-term calculations WS |
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W |
Review for Mid term |
Study for mid-term |
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Th |
Mid-term exam |
States of Matter vocabulary(see SLM below) |
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F |
Chromotography |
None! |
11: 4/8 - 4/12 |
M |
How can the states of matter be explained through the KMT? |
p387 #1,2 p407 #28,29,32,35 |
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T |
How does the KMT relate to solids and liquids? |
p407 #48,55, 58 |
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W |
How does pressure affect the freezing and boiling pts of substances? |
Review WS |
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Th |
Test |
Gases vocabulary(see SLM below) |
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F |
What are the mathematical relationships between pressure, volume, and temperature? |
Gas Laws WS |
12: 4/15 - 4/19 |
M |
What is the difference between a real and ideal gas? |
Combined and Ideal Gas Laws |
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T |
How can I determine the volume of gas produced in a chemical rxn? |
Stoichiometry of gases WS |
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W |
How can I determine the volume of a gas produced by a chemical rxn? |
p439 #54,57,72,76 p379 #44C (4th period does not do #76 on page 439) |
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Th |
Review of Gas Laws |
Finish Review WS |
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F |
Test |
Solutions vocabulary(see SLM below) |
13: 4/22 - 4/26 |
M |
What are the different types of mixtures? |
p465 # 33,49,51,70 |
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T |
How can I calculate the concentration of a solution? |
Solutions Math Practice WS |
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W |
How can I calculate the concentration of a solution? |
Ions in Aqueous Solution Vocabulary(see SLM below) |
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Th |
How do we write net ionic equations? |
p344 #32,33 |
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F |
How does adding a solute affect the freezing and boiling points of solvents? |
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Freezing pt depression and boiling point elevation WS |
14: 4/29 - 5/3 |
M |
How does a solute affect freezing and boiling pts? |
front of Review WS |
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T |
Test |
Acid and base vocabulary(see SLM below) |
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W |
How do we define acids and bases? |
p625 #45,48,49 |
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Th |
What is ph and how is it calculated? |
Calculating pH WS |
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F |
What is pH and how is it calculated? |
p625-626 #55,56,57,76 |
15: 5/6 - 5/10 |
M |
Hoe can we determine if a solution is an acid or a base? |
Finish Indicators Lab WS |
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T |
How can I determine the concentration of a solution through a titration? |
Titration WS |
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W |
How can I determine the concentration of a solution through a titration? |
Acids and Base Practice WS |
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Th |
Review |
Review WS |
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F |
Test |
Thermochemistry and Rates vocabulary (see SLM below) |
16: 5/13 - 5/17 |
M |
What is specific heat? |
Specific heat WS |
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T |
What is Hess's Law and how can it be used to calculate the change in enthalpy? |
Enthalpy WS |
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W |
How can you know if a rxn will be spontaneous at a specific temp? |
Free Energy WS If you missed class today check out a podcast of the lesson on entropy. |
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Th |
How can you use calorimetry to calculate the heat of rxn? |
p513 #13,p532 #35, p581-582 #62,64,72 |
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F |
How do you read an energy diagram? |
Energy diagram WS |
17: 5/20 - 5/24 |
M |
How do you write a rate law expression? |
Rate Law WS |
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T |
Test |
Equilibrium vocabulary(see SLM below) |
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W |
How do we write equilibrium expressions? |
Equilibrium WS |
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Th |
How can we predict the equilibrium shift when stress is applied? |
p583 #75 and 83 |
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F |
What happens during nuclear decay? |
Half-life WS |
18: 5/28 - 5/31 |
W |
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Th |
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19: 6/3 - 6/6 |
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W |
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