Goals
2.1 - Energy Calculations (see notes)
2.2 - Anaerobic Cellular Respiration (p. 223-225)
2.3 - Aerobic Cellular Respiration (p. 226-233)
2.4 - Synthesis
Embedded Files
Day 1
Day 1
(Introduction)
(Introduction)
1. Warm Up
1. Warm Up
- Class AB: Side Chain "A". Class CD: Side Chain "B" and entire Insulin protein (PRIZES)
- Tests, Key and Folders
2. Activity
2. Activity
3. Homework
3. Homework
- Complete Case Study #2
Day 2
Day 2
(Case Study #2)
(Case Study #2)
1. Warm Up
1. Warm Up
- TOC "Topic 2: Energy" Organization
- Case Study #2 presentations
2. Homework
2. Homework
- Begin working on Topic 1 Website Portfolio Post
Day 3
Day 3
(Bromothymol Blue)
(Bromothymol Blue)
1. Warm Up
1. Warm Up
- Bromothymol Blue
- Control (resting)
- Exercise (1 lap)
- Hypothesis
2. Activity
2. Activity
Background
- Yeast are living organisms that possess the same Eukaryotic cellular equipment as you! Yeast synthesize protein just like you, have a phospholipid bilayer just like you, respond to their environments just like you, and produce ________, JUST LIKE YOU!
Challenge
Using any of the materials listed below design and conduct an experiment to answer the question: What makes us (Yeast) produce ______? Your experiment must include the following:
- Control Variables (at least 3)
- Manipulated Variable
- Responding Variable
- Quantitative and Qualitative Data
- Conclusion
Materials (required)
- Test Tubes
- Scoopers
- Timers (on phone)
- Yeast
- Glucose
- Bromothymol Blue
- Water
Materials (optional)
- Plastic Wrap
- Aluminum Foil
- Small Beakers
- Thermometers
3. Homework
3. Homework
- Read p. 221 and complete an SDQ table.
Day 4
Day 4
(Carbon Dioxide & Energy)
(Carbon Dioxide & Energy)
1. Warm Up
1. Warm Up
- Click here for reading review.
- Carbon Dioxide Demonstrations
- Straw revisited :)
- Density
2. Activity
2. Activity
Part I: Notes
- Click here and share conclusion.
- Energy Reaction
Part II: Energy in an Almond
Using the materials and instruction provided, determine the amount of energy (in calories) present in 1 almond. Show all work and a diagram of your set up.
3. Homework
3. Homework
- Organize notebook/Prepare for notebook quiz.
Day 5
Day 5
(Energy Continued)
(Energy Continued)
1. Warm Up
1. Warm Up
2. Activity
2. Activity
Challenge
Using the materials provided, transfer chemical energy from your cells (ATP) into, mechanical energy then to heat energy in water. Group with the most heat energy transferred into 100 grams of water in 20 minutes wins. You will have 10 minutes to discuss your strategy before beginning. and 5 minutes to set up. Your experiment must include the following:
- Pictures and/or Video.
- Data Table.
- Equation and Calculation.
- Answer circled.
3. Homework
3. Homework
- Continue working on Topic 1 Website Portfolio Post (Due Tuesday, 3/7)
Day 6
Day 6
(Cellular Respiration)
(Cellular Respiration)
1. Warm Up
1. Warm Up
- Topic 1 Portfolio Review. Click here.
2. Activity
2. Activity
Part I: Creatine Monohydrate
- Video 1
- Side Effects? (no computer or phone)
Part II: ATP Production
- Cellular Respiration Notes (different colors please)
- ATP Calculator
3. Homework
3. Homework
- Prepare for Cellular Respiration Diagram Quiz
Day 7
Day 7
(Cellular Respiration Cont.)
(Cellular Respiration Cont.)
1. Warm Up
1. Warm Up
- Kahoot Review
- Open Notebook Quiz
2. Activity
2. Activity
Part I: ATP Calculator
- How many ATPs are produced from one sugar cube? (what new spreadsheet thing did you realize?)
Part II: Holding Breath
- Design and conduct an experiment to determine the relationship between holding your breath and CO2 concentration in your breath. Your experiment must include:
- A graph with at least 4 data points
- Control variables (at least 3)
- Manipulated variable
- Responding variable.
- Conclusion.
Part III: Cellular Respiration Flow Chart
3. Homework
3. Homework
- Read p. 222, p. 229 & draw figure 9-8, p.233 and complete an SDQ table.
Day 8 & 9
Day 8 & 9
(Cellular Respiration Diagram)
(Cellular Respiration Diagram)
1. Warm Up
1. Warm Up
- Kahoot Review
- Open Notebook Quiz
2. Activity
2. Activity
- Part I: Bigger Stronger Faster *
- Part II: Begin Video Reflection.
3. Homework
3. Homework
- "Bigger Strong Faster" refection (see mySA for details)
- Part III: Starvation Video
- Part IV: Muscle Enhancing Drugs
Day 10
Day 10
(Lactic Acidosis)
(Lactic Acidosis)
1. Warm Up
1. Warm Up
- Recreate Cellular Respiration "Waste Removal Diagram" from memory.
2. Activity
2. Activity
- Lactic Acidosis (random diagnostic teams solo - I will be gone for 15 minutes)
- Lactic Acidosis Causes
- Aerobic Glycolsyis?
- A Few Good Men Clip (1.00)
- Carbon Dioxide Analysis
3. Homework
3. Homework
- None
Day 11
Day 11
(Carbon Dioxide Focus/Test Review)
(Carbon Dioxide Focus/Test Review)
1. Warm Up
1. Warm Up
2. Activity
2. Activity
- Carbon Dioxide Analysis
- Begin Test Review
3. Homework
3. Homework
- Organize notebook/Prepare for notebook quiz.
- Prepare for Topic 2 Test (Energy). Click here for study guide (Test Wednesday, 3/22)
Day 11
Day 11
(Test Review)
(Test Review)
1. Warm Up
1. Warm Up
2. Activity
2. Activity
- Design a 5-Question "Kahoot" that includes the following.
- 4 questions from the study guide
- 1 random questions of your choice.
- Share link to Kahoot here.
Day 12
Day 12
(Test Review)
(Test Review)
1. Warm Up
1. Warm Up
- Carbon Dioxide Demo
- Design a 5-Question "Kahoot" that includes the following.
- 4 questions from the study guide
- 1 random questions of your choice.
- Share link to Kahoot here.
2. Activity
2. Activity
- Click here for Kahoots.
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