*Magnet Lessons

4C’s: On a daily basis, students will use various methods of communication, think critically to solve problems or draw conclusions, Utilize their creativity to find different solutions, illustrate their work, ask their own questions, and work smarter, Collaborate to accomplish the above

Learning Objectives:

Essential Standards:

• 2.1.1. Explain the energetic nature of phase changes.
• 2.1.2. Explain heating and cooling curves (heat of fusion, heat of vaporization, heat, melting point, and boiling point).
• 2.1.3. Interpret the data presented in phase diagrams.
• 2.1.5. Explain the relationships between pressure, temperature, volume, and quantity of gas both qualitative and quantitative.
• 2.2.4. Analyze quantitative relationships in a reaction.
• 3.1.2. Explain the conditions of a system at equilibrium.

General topics: kinetic molecular theory, states of matter, writing and balancing chemical equations, gas laws, phase diagrams, partial pressures, equilibrium

Glossary

Top 10 “I can…”

1. Balance a chemical equation given the skeleton equation.
2. Write a balanced chemical equation given a description of a reaction.
3. Explain how particle movement relates to a substance’s state of matter
4. State the 5 principles of kinetic molecular theory
5. Explain how changes in volume, pressure, and temperature will affect a gas.
6. Differentiate between an ideal vs. a real gas.
7. Predict the state of matter or process for a substance based on a given phase change diagram.
8. Determine which gas law applies in a given situation.
9. Solve problems involving gases using the appropriate gas laws.
10. Provide examples of real-world applications that use the gas laws.

Formulas/Math

• K = oC + 273
• PV = nRT
• Ptotal = P1 + P2 + P3 + ...
• P1V1 = P2V2     plus the derivations for the different laws

            n1T1      n2T2

Test Date:  March 19

Date

1st5

Classwork

Homework

Extras

W3/6

Kinda open

RESPOND: What do you know about the different states of matter? Try to write at least 10 words

WATCH: Veritasium States of Matter

Sims: Gas Properties and States of Matter 

Inquiry Questions

Phase Diagrams and Equilibrium (take notes)

(varies) Review Phase Diagrams for quiz tomorrow!

Interactive Phase Diagram (requires Java)

(15 min) READ: KMT Flexbook Chapter

Be able to answer the 3 review questions at the end

WATCH: The Mystery of Matter

WATCH: WOC Episode 5 - A Matter of State

R3/7

CLOSED

ANSWER: Socrative Phase Diagrams concept check

Review Phase Diagrams

Kinetic Molecular Theory PPT, Notesheet

(15 min) Complete KMT Quiz, must be submitted by 7:25a, counts as a HW grade, not XP (1st - you can still do this after all, we covered everything on it.)

WATCH: WOC Episode 4 - Modeling the Unseen

F3/8   ER

No Mrs. Wood

Use a new spread in your notebook!

Balancing Chemical Equations Inquiry

Get through example 3 separating water if you did not in class!

(20 min) Try to balance 5 on ChemBalancer, Write them down in your notebook (HW Check next class)

(11 min) WATCH: Beginner’s guide to balancing equations

M3/11

OPEN

DO: Skill Drill #11

Write down Top 10 #1-2

Finish Balancing Equations Inquiry

Snowman Challenge (if time permits)

Word Equations, #16

(20-30 min) Writing and Balancing Chemical Equations WS

Practice for Balancing Eqns Quiz

Balancing Act!

PRACTICE: Equation Balancing

T3/12

Kinda open

Balancing Equations QUIZ

Deflategate

(20 min) READ 15.4 - Gas Laws take some notes to demonstrate you read

Gas Laws Practice WS (extra copy if you lose yours)

Gas Laws VIDEO!

W3/13

Kinda open

QUICK SEARCH: What is a mole (as related to chemistry)?

Write down Top 10 #8-9

Gas Laws PPT, Notesheet

Boyle’s and Charles Law WS

Deflategate Calculations

Intro to Molar Mass of a Gas Lab

Finish (15 min) Ideal and Combined Gas Laws WS

(show all work with units!)

Gas Law Tutorials

Gas Laws Involving P, V and T

R3/14

CLOSED

ANSWER: Which laws did you apply in this lab, and when?

Molar Mass of Gas Lab

• Ideal Gas Law
• Dalton’s Law of Partial Pressures

• Vapor Pressure Chart

(20 min) Gas Laws WS! (front page)

Ideal Gas Law Problems

Gas Laws Fill-in Review

Review Problems

F3/15

OPEN

Finish Gas Laws WS

(60 min) Study your Gas Laws - especially notes and homework!

(2 min) WATCH: How To: Paper Slide Video (Don’t like Paper slides? Download Adobe Spark Video app)

EXTRA CREDIT FOR BB3 Deflategate Questions

• Wells Experimental Appendix
• Fig 21-22

M3/18

OPEN

WRITE: a catchphrase for what a paper slide video actually is.

(5 words or less)

DECA - Lab Makeup (see 3/14)

Gas Law Applications- Paper Slide Videos*

Study Guides turned in tomorrow!

Review balancing chemical equations!

Flexbook Readings on Gases

T3/19

Kinda open

STUDY: review your notes and study guides for 10 min

Turn in your study guide!

Review Presentation

Gas Laws TEST

W3/20

Kinda open

Finish Gas Law Applications- Paper Slide Videos*

(5 min) Post LINK to Video in a completed  efolio entry table

Chemistry Compound Tournament

Top 10 “I can…”

11. Balance a chemical equation given the skeleton equation.
12. Write a balanced chemical equation given a description of a reaction.
13. Explain how particle movement relates to a substance’s state of matter
14. State the 5 principles of kinetic molecular theory
15. Explain how changes in volume, pressure, and temperature will affect a gas.
16. Differentiate between an ideal vs. a real gas.
17. Predict the state of matter or process for a substance based on a given phase change diagram.
18. Determine which gas law applies in a given situation.
19. Solve problems involving gases using the appropriate gas laws.
20. Provide examples of real-world applications that use the gas laws.

Top 10 “I can…”

21. Balance a chemical equation given the skeleton equation.
22. Write a balanced chemical equation given a description of a reaction.
23. Explain how particle movement relates to a substance’s state of matter
24. State the 5 principles of kinetic molecular theory
25. Explain how changes in volume, pressure, and temperature will affect a gas.
26. Differentiate between an ideal vs. a real gas.
27. Predict the state of matter or process for a substance based on a given phase change diagram.
28. Determine which gas law applies in a given situation.
29. Solve problems involving gases using the appropriate gas laws.
30. Provide examples of real-world applications that use the gas laws.

Top 10 “I can…”

31. Balance a chemical equation given the skeleton equation.
32. Write a balanced chemical equation given a description of a reaction.
33. Explain how particle movement relates to a substance’s state of matter
34. State the 5 principles of kinetic molecular theory
35. Explain how changes in volume, pressure, and temperature will affect a gas.
36. Differentiate between an ideal vs. a real gas.
37. Predict the state of matter or process for a substance based on a given phase change diagram.
38. Determine which gas law applies in a given situation.
39. Solve problems involving gases using the appropriate gas laws.
40. Provide examples of real-world applications that use the gas laws.

Top 10 “I can…”

41. Balance a chemical equation given the skeleton equation.
42. Write a balanced chemical equation given a description of a reaction.
43. Explain how particle movement relates to a substance’s state of matter
44. State the 5 principles of kinetic molecular theory
45. Explain how changes in volume, pressure, and temperature will affect a gas.
46. Differentiate between an ideal vs. a real gas.
47. Predict the state of matter or process for a substance based on a given phase change diagram.
48. Determine which gas law applies in a given situation.
49. Solve problems involving gases using the appropriate gas laws.
50. Provide examples of real-world applications that use the gas laws.

Top 10 “I can…”

51. Balance a chemical equation given the skeleton equation.
52. Write a balanced chemical equation given a description of a reaction.
53. Explain how particle movement relates to a substance’s state of matter
54. State the 5 principles of kinetic molecular theory
55. Explain how changes in volume, pressure, and temperature will affect a gas.
56. Differentiate between an ideal vs. a real gas.
57. Predict the state of matter or process for a substance based on a given phase change diagram.
58. Determine which gas law applies in a given situation.
59. Solve problems involving gases using the appropriate gas laws.
60. Provide examples of real-world applications that use the gas laws.

Top 10 “I can…”

61. Balance a chemical equation given the skeleton equation.
62. Write a balanced chemical equation given a description of a reaction.
63. Explain how particle movement relates to a substance’s state of matter
64. State the 5 principles of kinetic molecular theory
65. Explain how changes in volume, pressure, and temperature will affect a gas.
66. Differentiate between an ideal vs. a real gas.
67. Predict the state of matter or process for a substance based on a given phase change diagram.
68. Determine which gas law applies in a given situation.
69. Solve problems involving gases using the appropriate gas laws.
70. Provide examples of real-world applications that use the gas laws.