You will need to be able to identify, by name, a characteristic of life when the characteristic is describes
You will need to be able to address a questions with a CER style response OR break down a response to a question and identify the CER components of that response.
Know the names of the parts of a microscope, jobs of the microscope parts and how to determine magnification of an image.
Be able to bring a specimen into clear view using the scanning, low and high power objectives. (Will not be on unit assessment)
Demonstrate how to properly capture a microscope image and add it to a lab report. (Will not be on unit assessment)
State the 3 tenets to The Cell Theory
Differentiate plant cells from animal cells from single -celled organisms
Compare and contrast prokaryotic cells and eukaryotic cells
State the Endosymbiotic Theory
Provide evidence for the Endosymbiotic Theory
Everything you need to know for Module 19, Lesson 2 is in the Module 19, Lesson 2 Featured Concepts and Vocabulary handout, linked here and given in Google Classroom.
This also includes the information on the Cell Specialization video worksheet
You need to know the specialized cells of the leaf, by location in the leaf and by function
Know the components of a scientific investigation, as presented in the Brine Shrimp Egg Hatching experiment and the Growing Plants Gizmo, and be prepared to respond to a CER question based on data derived from an experiment.
Unit 1 Assessment
Place your Notebooks with completed Module 1, Lesson 1 outline notes; Module 7, Lesson 1 outline notes and Module 19, Lesson 2 outline notes on the podium.
Get into test-taking seats
Students will complete the Unit 1 assessment.
No Homework
Elements of Experimental Design
Atoms & Elements
Understanding the structure of the Periodic Table
Explain what valence electrons are and how to determine an atoms number of valence electrons by using a Periodic Table.
In the Brine Shrimp Egg Hatching Investigation we used salt water concentrations. With your group members:
Discuss what you know about the physical attributes of salt.
Discuss what you know about the physical attributes of water
We will start class by discussing the last quiz.
We will then discuss the results of the Brine Shrimp Egg Hatching Investigation
We will then review the concepts covered in the Module 19, Lesson 2 Featured Concepts and Vocabulary handout
The remainder of the block will be used examining atoms.
Prep for your first unit assessment, to be given in our next class - Tuesday, 10/7
The Study Guide is complete.
If you have any missing/incomplete assignments, they must be completed and submitted before Tuesday's class.
Image 3: Cyst
Elements of Experimental Design
No Bell Question, we are going to go straight into lab prep
Student will gather data for the Brine Shrimp Egg Hatching Investigation
Once we collect all data, students will complete the Brine Shrimp Hatching Investigation handout, given in Google Classroom
With time remaining, students will begin enroll in my Gizmo Class and begin the Growing Plants Gizmo assignment, given in Google Classroom.
Class Enrollment Code:
Honors White Block 1: EL3FCKY1
Complete the following two assignments:
Brine Shrimp Hatching Investigation handout, given in Google Classroom
Growing Plants Gizmo assignment, given in Google Classroom
Using the Module 19, Lesson 2 Featured Concepts and Vocabulary handout, read and take outline notes for Module 19, Lesson 2.
Elements of Experimental Design:
Given a a scenario, generate a researchable question
Generate ideas for experimental procedures
Distinguish between independent and dependent variables
Perform the steps of an experiment, minimizing variables that might impact data.
Atoms & Elements
State the differences between different atoms
Explain what causes an atom to be ionized.
Pictured in Image 1 is a population of birds at Mono Lake, in California.
Based on our Mono Lake discussion, what is the connection between the birds of Mono Lake and Brine Shrimp?
How does rain impact the salt concentration of Mono Lake?
We will discuss the Bell Question and the purpose of the Brine Shrimp Investigation.
Student groups will respond to questions on the Brine Shrimp Investigation Introduction handout.
We will then follow the Brine Shrimp Hatching Procedures
When students are finished following the steps on the Brine Shrimp Hatching Procedures, students will go to the Phet Atom Builder and complete the Atom Builder assignment, given in Google Classroom.
Begin prepping for your first unit assessment.
The Study Guide is complete.
Come to class on Wednesday with any questions
Image 1: Bird Population at Mono Lake
Evidence for the Endosymbiotic Theory
Cell specialization
Jobs of different specialized cells/tissue of a leaf
Review your evidence and reasoning for the Endosymbiotic Theory assignment
Be prepared to discuss with the class
We will discuss the evidence and reasoning for the Endosymbiotic Theory
Students will watch the Amoeba Sisters Specialized Cells video (below) and complete the front of the Cell Specialization video worksheet while watching the video.
We will then discuss specific jobs the specialized cells/tissue that form a leaf
Afterwards students will do a quick check for understanding by answering the questions on the Plant Organization Worksheet
We will then discuss the targeted concepts in the Module 19, Lesson 2 Featured Concepts and Vocabulary handout
With any time left, students will be introduced to Mono Lake and begin work on the Brine Shrimp Investigation Introduction handout.
Take OUTLINE style notes on Module 7, Lesson 1 and the targeted concepts in the Module 19, Lesson 2 Featured Concepts and Vocabulary handout
Notes should be taken in your spiral-bound notebook
I will not check notes until the unit assessment
Image 2: Evidence for the EST
Video 1: Amoeba Sisters. Specialized Cells
Video 2: Mono Lake
Lesson 1 Quiz
Cell Comparison Lab completion
Origins of Cells
No Bell Question. Students will get into test-taking seats
Once we finish the quiz, read this article on Zooxanthellae, afterwards, and with your table partners, discuss the following:
What is the relationship that exists with coral polyps, which are animals, and zooxanthellae, which are algae?
How does each benefit?
What happens when coral is environmentally stressed?
We will then watch the TedEd video on Endosymbiosis and discuss the homework
Students will watch the Amoeba Sisters Specialized Cells video (below) and complete the front of the Cell Specialization video worksheet while watching the video.
We will discuss then specific jobs the specialized cells/tissue that form a leaf
Afterwards students will do a quick check for understanding by answering the questions on the Plant Organization Worksheet
We will then discuss the targeted concepts in the Module 19, Lesson 2 Featured Concepts and Vocabulary handout
Take OUTLINE style notes on Module 7, Lesson 1
Notes should be taken in your spiral-bound notebook
I will not check notes until the unit assessment
Image 1: Anatomy of a Coral Polyp
Video 1: How we Think Complex Cells Evolved
Image 2: Endosymbiotic Theory
Image 3: Evidence for the EST
Video 2: Amoeba Sisters. Specialized Cells
Cell Comparison Lab completion
Prokaryotic vs Eukaryotic Cells
Animal Cells vs Plant Cells
Using Image 1, below, discuss with your partners the physical differences between prokaryotic cells and eukaryotic cells
We will watch a short video on the differences and similarities of prokaryotic and eukaryotic cells
You should add information to your Venn Diagram while watching the video
As a class we will review the attributes of this Venn Diagram
We will then discuss differences between animal cells and plant cells.
Finally, students will complete the Cell Comparison Lab.
Get all of your pictures, you can do labeling afterwards.
If you have not completed labeling microscope diagrams on the Cell Comparison Lab, do so.
Prepare for a quiz on Tuesday, 9/23
Quiz will cover numbers 1 - 8 of the Study Guide (top of this page)
Complete the Endosymbiotic Theory Assignment, given in Google Classroom
Image 2: Animal Cell vs Plant Cell
Introduction to the Microscope Lab completion
Cell Comparison Lab
Open your Introduction to the Microscope Lab sheet and complete any labeling or picture insertion needed to complete the lab.
Submit the lab sheet when finished.
We will discuss all aspects of the Bell Question
We will then discuss The Cell Theory.
The remainder of the block will be spent introducing and working on the Cell Comparison Lab.
Prepare for a quiz on Tuesday, 9/23
Quiz will cover numbers 1 - 8 of the Study Guide (top of this page)
Video 1: The Wacky History of the Cell Theory
Academic Honesty
Outline style notes
Introduction to the Microscope Lab completion
Cell Comparison Lab
Make sure your name is on your notebook, open your notebook to your Module 1, Lesson 1 Notes and place your notebook on the podium.
Open the Academic Honesty Policy form, given in Google Classroom.
Read through it, answer all questions and submit the form
Open your Introduction to the Microscope Lab sheet.
We will discuss all aspects of the Bell Question, including a discussion about the homework
Students will then complete the Introduction to the Microscope Lab
Any time remaining in the block will be spent introducing and working on the Cell Comparison Lab.
Prepare for a quiz on Friday, 9/19
Quiz will cover numbers 1 - 7 of the Study Guide (top of this page)
Outline style notes
Introduction to the Microscope Lab completion
Read the experiment that is explained in Image 1 below
With your partners identify the 3 components of CER that Redi most likely made:
Claim
Evidence
Reasoning
We will discuss the Bell Question
We will review how to write OUTLINE Notes.
We will start with this video on writing outline notes. It is by a history teacher but simple and applicable to science.
We will discuss the basic structure of outline notes by reviewing this Basic Outlining Format handout.
We will then discuss tips on how to take outline notes by reviewing this How to Take Outline Notes handout
Here are two examples of outline skeletons for Lesson 1: Matter, from your book, this is not the Module you will be taking notes for the assignment.
Students will then open the Microscope Introduction Lab sheet in Google Classroom and then spend the remainder of the class working on the lab.
Complete outline notes IN A PHYSICAL NOTEBOOK for Module 1, Lesson 1, Due Monday, 9/15
Image 1: Redi CER
Characteristic of Life
Viruses
CER
Review your table at the bottom of the Are Viruses Alive? Guided Reading assignment with your table mates.
Do you think viruses should be considered living or non-living.
We will discuss the Virus-CER Common Assessment, given in Google Classroom, and work through the CER practice portions of the assessment directions/worksheet.
Students will be then write the responses to the Should viruses be considered living? CER
With any time remaining in the block, students will begin the Introduction to the Microscope Lab
If not finished with the Virus-CER Common Assessment, complete it. - Due Date: Thursday 9/11
Complet the first part of the Introduction to the Microscope Lab, identifying the parts of a microscope.
Textbook Login: https://my.mheducation.com/login
Characteristics of Life
The differences between single-cell organisms, multicellular organisms and viruses
Pros & Cons of classifying viruses as non-living
With your table mates, discuss your response to the homework assignment.
We will begin class by establishing our first seating chart
We will discuss student thoughts regarding the assignment (shared characteristics) with your table partners.
We will then discuss the Characteristics of Life, as explained in Module 1, Lesson 1 of our textbook
Students will need to login to the textbook https://my.mheducation.com/login and go to Module 1 - Lesson 1, p. 10
The discussion will then move to different types of living things and viruses, what they are and are they alive.
If time permits we will begin the Are Viruses Alive? Guided Reading assignment
Complete the Are Viruses Alive? Guided Reading assignment- Due Date: Tuesday 9/9
Digital Platform/Textbook Login: https://my.mheducation.com/login
Image 1: Single-cell Organism, Prokaryote
Image 2: Single-cell Organisms, Eukaryotes
Image 3: Concept of Multicellularity
Image 4: Viruses
Video 1: Amoeba Sisters Viruses
Video 2: Viruses Decoded
Course information, including Google Classroom Class Code and Digital Book Enrollment
Daily Academic Agendas
Introduction to Biology/6 Kingdoms Team Challenge
While I am taking attendance, please write the following information on the index card given to you.
Your name and the name by which you want to be called, if the two differ
The pronouns you prefer
WHY you are taking an Honors class. (Not biology but Honors biology.)
Do you need or want a physical copy of the textbook.
Who your last year's science teacher was. No name needed if you transferred into the district
Anything you would like me to know about you as a learner or as a person.
We will discuss some aspects and expectations of Honors Biology
Students will enroll in the Digital Text Platform
Digital Platform/Textbook Login: https://my.mheducation.com/login
Digital Textbook Classroom Code:
Honors Biology White Day 2025-26: oD5R0d3z (lowercase o and then a zero)
Students will then enroll in the correct Honors Biology Google Classroom
Honors Biology White Day 2025-26: hmgpobz
Student groups will complete the 6 Kingdom Classification Challenge
At the end of the challenge, we will go over the answers and a winning group will be awarded
If time permits students will begin the homework assignment
Complete the Common Characteristics of Living Things assignment, given in Google Classroom - Due Date: Friday 9/5
Digital Platform/Textbook Login: https://my.mheducation.com/login