3.1 - Ionic Bonding (p. 39-50 )
3.2 - Covalent Bonding (p. 51-58 )
3.3 - Molecular Geometry (p. 59-61)
Day 0
Day 0
(Introduction)
(Introduction)
Topic 2 Test
Topic 2 Test
- Return & Key
- Review & Questions
1. Demo
1. Demo
2. Warm Up
2. Warm Up
- Solder together a "Resistor Ring".
3. Activity
3. Activity
4. Homework
4. Homework
- None
Day 1
Day 1
(Introduction)
(Introduction)
1. Demo
1. Demo
- Conductivity Probes
2. Warm Up
2. Warm Up
- Givers & Takers
3. Activity
3. Activity
- Complete Activity
4. Homework
4. Homework
- None
Day 2 (Sub)
Day 2 (Sub)
(Ionic Bonding-3.1)
(Ionic Bonding-3.1)
1. Video (individual)
1. Video (individual)
- Obtain "Day 2" handbook sheets from substitute.
- Click here to watch video and take notes in "notes" area (share headphones if needed)
2. Practice
2. Practice
- Gather with your team.
- Complete practice problems in "Practice Problems" area.
4. Homework
4. Homework
- Click here for helper video.
- Diagram a Lewis Structure that shows formation of an Ionic Compound between Li and P.
- Diagram a Lewis Structure that shows formation of an Ionic Compound between Al and F.
- Diagram a Lewis Structure that shows formation of an Ionic Compound between Mg and Cl
- Diagram a Lewis Structure that shows formation of an Ionic Compound between Ca and O.
Day 2 cont.
Day 2 cont.
(Ionic Bonding-3.1)
(Ionic Bonding-3.1)
1. Demo
1. Demo
- Click here (Electric Pickle)
2. Warm Up
2. Warm Up
- Review Practice Problems
- Review HW
- Note Card Quiz
3. Activity
3. Activity
Using WORDS and a DIAGRAM answer the question below on your whiteboard(s):
- Why do Ionic Compounds conduct electricity when dissolved in water and covalent compounds do not?
4. Homework
4. Homework
- Review last Thursday's 4 questions and prepare for another NC quiz.
Day 3
Day 3
(Ionic Bonding-3.1)
(Ionic Bonding-3.1)
1. Demo
1. Demo
2. Warm Up
2. Warm Up
- Design and conduct an experiment using the materials provided to identify compounds 1-4 as either Sodium Chloride, Lithium Chloride, Magnesium Sulfate or Sucrose. Include the following:
- Procedure
- Data
- Conclusion
3. Activity
3. Activity
- Kahoot Practice
- Devise an "Ionic Compound Formula Shortcut" with your team. Submit here.
- Valence e-/Periodic Table Notes.
- Practice Problems.
- Formula Race.
4. Homework
4. Homework
- Click here for helper video.
- Write a balanced formula for the ionic compound for Radium Oxide.
- Write a balanced formula for the ionic compound forAluminum Sulfide.
- Write a balanced formula for the ionic compound for Beryllium Nitride.
- Write a balanced formula for the ionic compound for Copper (II) Chloride.
Day 4
Day 4
(Ionic Bonding -3.1)
(Ionic Bonding -3.1)
1. Demo
1. Demo
2. Warm Up
2. Warm Up
- Kahoot Review
- Note Card Quiz
3. Activity
3. Activity
Part I: Mystery Ionic Compound Lab
Mystery Ionic Compounds
- Zinc (II) Chloride
- Lead (II) Nitrate
- Copper (II) Sulfate
- Silver (I) Nitrate
- Iron (II) Nitrate
- Potassium Iodide
- Potassium Iodate
- Calcium Chloride
*Compounds with paramagnetic transition metal cations tend to be colored.
Precipitate Color Key
- Lead (II) Iodide = Bright Yellow
- Lead (II) Iodate = White
- Silver (I) Chloride = White
- Silver (I) Iodide = LightYellow
- Silver (I) Sulfate = Cloudy White
- Copper (II) Iodide = Puke Brown
- Iron (II) Iodate = Light Brown
Part II: Notes & Practice Problems
4. Homework
4. Homework
- Click here for helper video.
- Write a balanced formula for the ionic compound for Barium Nitrite.
- Write a balanced formula for the ionic compound for Aluminum Sulfate.
- Write a balanced formula for the ionic compound for Iron (III) Phosphate.
- Write a balanced formula for the ionic compound for Sodium Phosphide.
Day 5
Day 5
(Covalent Bonding - 3.2)
(Covalent Bonding - 3.2)
1. Warm Up
1. Warm Up
- Kahoot Review
- Note Card Quiz
3. Homework
3. Homework
- None
Day 6
Day 6
(Covalent Bonding-3.2)
(Covalent Bonding-3.2)
1. Warm Up
1. Warm Up
- Molecule Tour.
- Copy "Name and Tattoo Structure.
- Circle structures that are most similar?
2. Activity
2. Activity
- Molecular Tattoos.
- Bonding Patterns? Click here.
- Practice Problems
3. Homework
3. Homework
- Click here for helper video.
- Draw the Lewis Structure for OS2 (O in middle)
- Draw the Lewis Structure for CH2O (C in middle)
- Draw the Lewis Structure for SiS2 (Si in middle)
- Draw the Lewis Structure for CI4 (C in middle)
Day 6 Cont.
Day 6 Cont.
(Covalent Bonding-3.2)
(Covalent Bonding-3.2)
1. Demo
1. Demo
- Whoosh Bottle
2. Warm Up
2. Warm Up
- MDMA Structure Analysis
- Covalent (Molecular) Tattoos
- Bonding Patterns? Click here.
3. Activity
3. Activity
- Practice Problems
4. Homework
4. Homework
- Click here for helper video.
- Draw the Lewis Structure for OS2 (O in middle)
- Draw the Lewis Structure for CH2O (C in middle)
- Draw the Lewis Structure for SiS2 (Si in middle)
- Draw the Lewis Structure for CI4 (C in middle)
Day 7
Day 7
(Covalent Bonding-3.2)
(Covalent Bonding-3.2)
1. Warm Up
1. Warm Up
- Finish Day 6 Problems
- Covalent Structure Relay
- Note Card Quiz
2. Activity
2. Activity
- Polyatomic Ion Practice
3. Homework
3. Homework
- Draw the Lewis Structure for SO3 2- (S in middle)
- Draw the Lewis Structure for NH4+ (N in middle)
- Draw the Lewis Structure for CO3 2- (C in middle)
- Draw the Lewis Structure for NO3 - (N in middle)
Day 8
Day 8
(Covalent Bonding-3.2)
(Covalent Bonding-3.2)
1. Demo
1. Demo
2. Warm Up
2. Warm Up
- Click here and watch me play.
- Molecular Geometry Hypothesis
3. Activity
3. Activity
- Practice Problems
- Begin Homework
4. Homework
4. Homework
- Click here for helper video.
- Draw the Lewis Structure and provide the molecular geometry for O3 (O in middle. No ring!)
- Draw the Lewis Structure and provide the molecular geometry for OS4 2- (O in middle)
- Draw the Lewis Structure and provide the molecular geometry for Cl3S + (S in middle)
- Draw the Lewis Structure and provide the molecular geometry for NO3 - (O in middle)
Day 9
Day 9
(Molecular Geometry-3.4)
(Molecular Geometry-3.4)
1. Warm Up
1. Warm Up
- Practice Problems
- Kahoot
- Note Card Quiz
2. Activity
2. Activity
- TinkerCad Training
- Make a 3D Tetrahedral model.
Day 10
Day 10
(Molecular Geometry-3.4)
(Molecular Geometry-3.4)
1. Warm Up
1. Warm Up
- Review Game
2. Activity
2. Activity
Challenge
- Build a Virtual Reality environment to view a Ball & Stick covalent molecule.
Instructions
Grading (10 pts)
- Correct Shape: 5 pts
- Visible using Google VR Goggles by all Students: 5 pts.
3. Homework
3. Homework
- Complete VR Molecule Activity (Due Tuesday, 4/17)
Day 11
Day 11
(Review)
(Review)
1. Models
1. Models
- Finish submitting model
- Test VR
2. Warm Up
2. Warm Up
- Which of the following are bent?
- H2O
- SO2
- NO2 -
- H2S
3. Practice Test
3. Practice Test
4. Homework
4. Homework
- Prepare for test tomorrow by completing practice test.
Day 12
Day 12
(Test)
(Test)
1. Warm Up
1. Warm Up
- Test
2. Activity
2. Activity
- MEL Chemistry VR
- SketchFab VR. Click here
3. Homework
3. Homework
- None