Day 1
Day 1
(Introduction)
(Introduction)
1. Demo
1. Demo
2. Warm Up
2. Warm Up
- What do you think creates the different color fireworks shown above?
3. Activity
3. Activity
- Complete activity.
- Click here and share your hypothesis.
4. Homework
4. Homework
- Finish posting hypothesis and a picture or video of fireworks activity here.
- Topic 1 Portfolio (Due Monday, 2/20)
Day 2 (three days)
Day 2 (three days)
(Configurations)
(Configurations)
Second Day Warm Ups
- Special Relativity Video
- Sodium Demo
1. Demo
1. Demo
2. Warm Up
2. Warm Up
- What ions do you think were used in the above Harry Potter clip?
- Indicate the number of protons and electrons in each ion.
3. Activity
3. Activity
- Review hypothesis here.
- Notes and practice problems.
- Electron Configuration Battleship and Bingo
- Aircraft Carrier: 5 elements
- Battle Ship 4 elements
- Submarine: 3 elements
- Destroyer: 3 elements
- PT boat 2 elements
4. Homework (due Wednesday, 2/22)
4. Homework (due Wednesday, 2/22)
- Click here for helper video.
- Write the electron configuration for the Nitrogen atom. Nitride ion.
- Write the electron configuration Phosphorus atom. Phosphide ion.
- Write the electron configuration Potassium atom. Potassium ion.
- Write the electron configuration Chlorine atom. Chloride ion.
Day 3
Day 3
(Magnetism)
(Magnetism)
1. Demo
1. Demo
2. Warm Up
2. Warm Up
- Electron Configuration Bingo
- Note Card Quiz
3. Activity
3. Activity
- Test the magnetism of your own extracted copper and zinc atoms. Record observations.
- Test the magnetism of your iron atoms. Record observations.
- Confirm the presence of iron in a flake of fortified cereal.
- Explain the differences in magnetism between copper/zinc and iron. Click here and share your hypothesis
- Complete practice problems.
4. Homework
4. Homework
- Click here for helper video.
- Determine whether the carbon atom is paramagnetic or diamagnetic? Explain
- Determine whether the argon atom is paramagnetic or diamagnetic? Explain
- Determine whether the lithium ion is paramagnetic or diamagnetic? Explain using
- Determine whether the chlorine atom is paramagnetic or diamagnetic? Explain
Day 4
Day 4
(PES)
(PES)
1. Demo
1. Demo
2. Warm Up
2. Warm Up
3. Activity
3. Activity
- Explain the above diagram. Click here and share your hypothesis.
- Complete practice problems.
4. Homework
4. Homework
- Click here for helper video.
- Draw the PES for H and He on the same axis.
- Draw the PES for O and F on the same axis.
- Draw the PES for Ar and Cl on the same axis.
- Draw the PES for H and Li on the same axis.
Day 5 (two days)
Day 5 (two days)
(Synthesis)
(Synthesis)
1. Demo
1. Demo
2. Warm Up
2. Warm Up
- Complete practice problems (2 & 3)
- Note Card Quiz
3. Activity
3. Activity
- Review: Make your own Kahoot. Share here.
- 5 questions. 1 Random
- Covers all topics learned.
- Entertaining
4. Homework
4. Homework
- Prepare for test on Friday by completing practice test (key is included).