No Bell Question, get into test-taking seats
Students will complete the Unit 3 Assessment
We will then begin student presentation of herbicide & pesticide fliers.
Begin the Topics 1 - 4 Lecture and Guided Lecture notes
Lecture Notes are due on Tuesday, 11/18
Video 1:Â Unit 4 opics 1 - 4 Guided Lecture
No Bell Question, get into test-taking seats
Students will work towards completing the Unit 3 Assessment
No homework, enjoy the weekend
What is the difference between C3, C4 and CAM plants?
We will discuss the Bell Question and the Plant Adaptations, Photorespiration and Photosynthesis Repair assignment
We will then continue to discuss cellular respiration.
Here is the digital copy of my Metabolism Lecture Notes
With the remaining time we will watch the video below on the metabolic adaptations of deer mice.
Read and take notes on Chapter 8.
Use the Unit 3 Essential Understandings and Objectives Study Guide to help you with note-taking
Prepare for Unit 3 Assessment, to be given on Friday, 11/7
Image 1: C3, C4, CAM Processes
Image 2: C3, C4, CAM Leaf Structure
Video 2: The Calvin Cycle
Video 3: ATP Synthesis
No Bell Question
We will continue to discuss both photosynthesis and cellular respiration.
Here is the digital copy of my Metabolism Lecture Notes
Any remaining time will be spent working on the Plant Adaptations, Photorespiration and Photosynthesis Repair assignment, given in Google Classroom
Finish your herbicide or pesticide flier, if not done yet
Complete the Photorespiration and Photosynthesis Repair assignment, given in Google Classroom
Read and take notes on Chapter 8.
Use the Unit 3 Essential Understandings and Objectives Study Guide to help you with note-taking
Prepare for Unit 3 Assessment, to be given on Friday, 11/7
Video 1: Plant Adaptations
No Bell Question
We will discuss both photosynthesis and cellular respiration.
Here is the digital copy of my Metabolism Lecture Notes
Finish your herbicide or pesticide flier
Due next class, 11/3
Read and take notes on Chapter 8.
Use the Unit 3 Essential Understandings and Objectives Study Guide to help you with note-taking
No Bell Question
Student pairs will work on the Herbicide & Pesticide Flier Assignment, given in Google Classroom.
If you finish, and you have headphones, you can work on the Unit 3, Topics 6 & 7 Cellular Respiration Guideld Lecture Notes
Watch the video lectures and complete the Guided Notes for Topics 6 & 7 Cellular Respiration
Notes are due on Thursday, 10/30
Work on your herbicide or pesticide flier
No due date given yet
Read and take notes on Chapter 8.
Use the Unit 3 Essential Understandings and Objectives Study Guide to help you with note-taking
Place your Topic 5 Guided Notes on the podium
We will start class by placing students in pairs.
We will discuss the Herbicide & Pesticide Flier Assignment, given in Google Classroom
Students will then select a herbicide or pesticide and begin working on the assignment.
Watch the video lectures and complete the Guided Notes for Topics 6 & 7 Cellular Respiration
Notes are due on Thursday, 10/30
Work on your herbicide or pesticide flier
No due date given yet
Read and take notes on Chapter 8.
Use the Unit 3 Essential Understandings and Objectives Study Guide to help you with note-taking
No Bell Question, we will go over the Unit 2 Test
With the remaining time in the block, we will discuss  the case study involving cancer, enzymes and inhibitor drugs.
Watch the Unit 3, Topic 5 Video Lectures and complete the Video Lecture Worksheet
Guided notes are due on Friday, 10/24
Continue reading and taking notes on Chapter 6.
Use the Unit 3 Essential Understandings and Objectives Study Guide to help you with note-taking
Place your Unit 4, Topics 1 - 4 Video Lectures Guided Notes on the podium
Continue working on case study with your partners
While I mark homework papers, students are expected to finish the case study.
Students will then check their work with the answer key, given in class.
We will then finish discussing Topics 1 - 4 questions that my students had last year:
Go over Allosteric regulation, activator, and inhibitor
Why do the cofactors help the proteins? The video doesn't say why it just says it does but why does it? Is it because it binds to the allosteric site allowing the protein to open or is it another reason?
We will discuss these BioNinja Pages on Metabolism during our energy discussion
We will finish class by reviewing the case study involving cancer, enzymes and inhibitor drugs.
If anytime is remaining in the block, we will discuss the Herbicide & Pesticide Flier Assignment
Watch the Unit 3, Topic 5 Video Lectures and complete the Video Lecture Worksheet
Guided notes are due on Friday, 10/24
Continue reading and taking notes on Chapter 6.
Use the Unit 3 Essential Understandings and Objectives Study Guide to help you with note-taking
Video 1: Amoeba Sisters Enzyme Types
Image 3: Virus Reproduction
Take out your copy of Analyzing Graphics: Enzymes handout
Look at Images 1 & 2, below, and discuss the following questions with your table mates:
Explain the 2nd Law of Thermodynamics mean in layman terms.
What is the difference between an exergonic reaction and an endergonic reaction
What is an examples of each reaction that occurs in living things
We will start class by discussing going over Topics 1 - 4 questions that my students had last year:
Elaborate on the concept of entropy and how organism/universal complexity increases it
Laws of thermodynamics?
Go over Allosteric regulation, activator, and inhibitor
Why do the cofactors help the proteins? The video doesn't say why it just says it does but why does it? Is it because it binds to the allosteric site allowing the protein to open or is it another reason?
What like functions in the body or animals and such use an enzyme multi-subunit
We will discuss these BioNinja Pages on Metabolism during our energy discussion
This will lead to a discussion on enzymes and the Analyzing Graphics: Enzymes handout.
We will finish class by discussing a case study involving cancer, enzymes and inhibitor drugs.
Watch the Unit 3, Topics 1 -4 Video Lectures and complete the Video Lecture Worksheet
Guided notes are due on Monday, 10/20
Begin reading and taking notes on Chapter 6.
Use the Unit 3 Essential Understandings and Objectives Study Guide to help you with note-taking
Image 1: The Second Law of Thermodynamics
Image 2: Endergonic vs Exergonic Reactions
Video 1: Cells and Entropy
Video 2: Free Energy
Video 3: Amoeba Sisters Enzyme Types
Image 3: Virus Reproduction
No Bell Question, get into test-taking seats.
Students will be given 10 - 15 minutes to complete the Unit 2 Assessment.
Students will then complete the Cell Size and Tonicity Lab Quiz
Once finished with the assessments, students should complete the Analyzing Graphics: Enzymes handout.
Watch the Unit 3, Topics 1 -4 Video Lectures and complete the Video Lecture Worksheet
Worksheet is due on Monday, 10/20
Begin reading and taking notes on Chapter 6.
Use the Unit 3 Essential Understandings and Objectives Study Guide to help you with note-taking