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AP Biology UNIT 4 Cell Communication 4.4 Feedback Video Guide
Welcome to the ultimate crash course on why your body doesn’t fall apart on the daily. 🧬💥 In this video, we break down positive and negative feedback, how they keep your internal environment stable, and why homeostasis is literally the MVP of survival. We’ll cover: 🔥 The difference between positive vs. negative feedback loops 🧠 Real biological examples your AP Bio exam loves 💡 How feedback systems maintain temperature, blood sugar, childbirth, clotting, and more 📈 Why homeostasis is basic
7th - 12th, Adult Education, Higher Education
Biology, General Science, Other (Science)
TinkerCAD 101 for Beginners!
LEARN 3D modeling with TinkerCAD! TinkerCAD is the perfect way to introduce young learners to exciting world of 3D modeling. TinkerCAD is user friendly, and allows students to exercise creativity and spacial reasoning skills! In this first video we: Learn the TinkerCAD environment.Understand how to add shapes.How to manipulate shapes.Learn how to create an object in TinkerCAD environment.Learn about the decomposition as a concept to make complex objects.Create a model from nothing to something
3rd - 6th
Computer Science - Technology, For All Subjects, Graphic Arts
2:48
How Salts for Neural Transmission Go Into Solution
This short video describes how ordinary salts, like Sodium Chloride, go into solution. Sodium and potassium chloride are essential ions for nervous system activity. This video is one in a series of short videos about how neurons and brains work. By Frank Amthor of Mind Signal Studios
3rd - 12th, Adult Education, Higher Education
Basic Principles, Biology, Physical Science
10:29
TinkerCAD 101 for Beginners - Lesson 1
Pair With: https://www.teacherspayteachers.com/Product/TinkerCAD-101-for-Beginners-ACTIVITY-SHEET-Lesson-1-13269775LEARN 3D modeling with TinkerCAD! TinkerCAD is the perfect way to introduce young learners to exciting world of 3D modeling. TinkerCAD is user friendly, and allows students to exercise creativity and spacial reasoning skills! In this first video we: Learn the TinkerCAD environment.Understand how to add shapes.How to manipulate shapes.Allowing students to enter the world of 3D mod
3rd - 6th
Computer Science - Technology, Graphic Arts, Other (Math)
Also included in: TinkerCAD 101 for Beginners!
18:10
TinkerCAD 101 for Beginners - Lesson 3
Pair with: https://www.teacherspayteachers.com/Product/TinkerCAD-101-for-Beginners-ACTIVITY-SHEET-Lesson-3-13269828LEARN 3D modeling with TinkerCAD! TinkerCAD is the perfect way to introduce young learners to exciting world of 3D modeling. TinkerCAD is user friendly, and allows students to exercise creativity and spacial reasoning skills! In this first video we: Learn how to create hole in an object in TinkerCAD environment.Learn how to use holes to make shapes that doe not exist.Create a mod
3rd - 6th
Computer Science - Technology, For All Subjects, Graphic Arts
Also included in: TinkerCAD 101 for Beginners!
11:54
TinkerCAD 101 for Beginners - Lesson 2
Pair with: https://www.teacherspayteachers.com/Product/TinkerCAD-101-for-Beginners-ACTIVITY-SHEET-Lesson-2-13269795LEARN 3D modeling with TinkerCAD! TinkerCAD is the perfect way to introduce young learners to exciting world of 3D modeling. TinkerCAD is user friendly, and allows students to exercise creativity and spacial reasoning skills! In this first video we: Learn how to create an object in TinkerCAD environment.Learn about the decomposition as a concept to make complex objects.Create a m
3rd - 6th
Computer Science - Technology, For All Subjects, Graphic Arts
Also included in: TinkerCAD 101 for Beginners!
1:45
Protozoa Microscope Morphology Classification for AP Biology and Olympiads
Protozoa invites students into the vast world of single-cell eukaryotes, where cell structure, movement, and reproduction form a rich interconnected system. This lesson uses a large concept mind map to introduce the major protozoan groups in a structured, visual way, showing students how combined morphological clues, rather than single traits, allow precise identification under a light microscope. Activities for students: • Explore a growing mind map that builds cell architecture, locomotion, fe
8th - 11th
Biology, General Science, Other (Science)
16:42
VIRTUAL Robot Coding - VIDEO LESSON 1 - Moving Your Virtual Robot
This curriculum is designed for learner of all situations, including virtual, in classroom and hybrid learners. Lesson 1: In this lesson we utilize a online robot coding platform, VexVR, to understand how to move our robot around a space. We are focusing on moving our robot forward and turning the robot left or right by 90 degrees. In Lesson 2, we focus on turning a number of degrees other than 90 and using the control block of repeats to make our robot complete patterns. Attached, you wil
1st - 8th
Computer Science - Technology, Robotics
Also included in: VIRTUAL ROBOT CODING - With VexVR
10:31
VIRTUAL Robot Coding - VIDEO LESSON 3 - Sensors (Part 1)
This curriculum is designed for learner of all situations, including virtual, in classroom and hybrid learners. In this lesson we utilize a online robot coding platform, VexVR, to understand the concept of the command “Wait until < Something happens > ” and the “Energize magnet” block. Attached, you will be buying a Google Document Lesson plan that you will be able to edit, manipulate, and call your own. VIRTUAL Robot Coding - VIDEO LESSON 3 - Sensors (Part 1) is designed to be paired w
1st - 8th
Computer Science - Technology, Robotics
Also included in: VIRTUAL ROBOT CODING - With VexVR
19:44
VIRTUAL Robot Coding - VIDEO LESSON 2 - Drawing with your Robot!
This curriculum is designed for learner of all situations, including virtual, in classroom and hybrid learners. Lesson 2: In this lesson we utilize a online robot coding platform, VexVR, to understand how to move our robot around a space. In Lesson 2, we focus on turning a number of degrees other than 90 and using the control block of repeats to make our robot complete patterns. Attached, you will be buying a Google Document Lesson plan that you will be able to edit, manipulate, and call y
1st - 8th
Computer Science - Technology, Robotics
Also included in: VIRTUAL ROBOT CODING - With VexVR
VIRTUAL Robot Coding - Lesson 4 - Functions // LESSON PLAN
This curriculum is designed for learner of all situations, including virtual, in classroom and hybrid learners. In this lesson we utilize a online robot coding platform, VexVR, to understand the concept of the “My Block”, which is a major programming concept called a Function! Attached, you will be buying a Google Document Lesson plan that you will be able to edit, manipulate, and call your own. VIRTUAL Robot Coding - Lesson 4 - Functions // LESSON PLAN is designed to be paired with: VIRTUAL R
1st - 8th
Computer Science - Technology, Robotics
Also included in: VIRTUAL ROBOT CODING - With VexVR
9:06
VIRTUAL Robot Coding - VIDEO LESSON 5 - Functions (Part 2)
This curriculum is designed for learner of all situations, including virtual, in classroom and hybrid learners. In this lesson we will continue to utilize a online robot coding platform, VexVR, and continue to explore thethe concept of the “My Block”, which is a major programming concept called a Function! Attached, you will be buying a Google Document Lesson plan that you will be able to edit, manipulate, and call your own. VIRTUAL Robot Coding - VIDEO LESSON 5 - Functions (Part 2) is designed
1st - 8th
Computer Science - Technology, Robotics
Also included in: VIRTUAL ROBOT CODING - With VexVR
12:44
VIRTUAL Robot Coding - VIDEO LESSON 4 - Functions
This curriculum is designed for learner of all situations, including virtual, in classroom and hybrid learners. In this lesson we utilize a online robot coding platform, VexVR, to understand the concept of the “My Block”, which is a major programming concept called a Function! Attached, you will be buying a Google Document Lesson plan that you will be able to edit, manipulate, and call your own. VIRTUAL Robot Coding - VIDEO LESSON 4 - Functions is designed to be paired with: VIRTUAL Robot Codi
1st - 8th
Computer Science - Technology, Robotics
Also included in: VIRTUAL ROBOT CODING - With VexVR
Disc Maze Challenge Student Activity Guide
This curriculum is designed for learner of all situations, including virtual, in classroom and hybrid learners. In this lesson we utilize a online robot coding platform, VexVR, to understand the concept of the “My Block”, which is a major programming concept called a Function! Attached, you will be buying a Google Document Lesson plan that you will be able to edit, manipulate, and call your own. Disc Maze Challenge Student Activity Guide is designed to be paired with: VIRTUAL Robot Coding - VI
1st - 8th
Computer Science - Technology, Robotics
Also included in: VIRTUAL ROBOT CODING - With VexVR
Disc Movers Challenge Student Activity Guide
This curriculum is designed for learner of all situations, including virtual, in classroom and hybrid learners. In this lesson we utilize a online robot coding platform, VexVR, to understand the concept of the “My Block”, which is a major programming concept called a Function! Attached, you will be buying a Google Document Lesson plan that you will be able to edit, manipulate, and call your own. Disc Movers Challenge Student Activity Guide is designed to be paired with: VIRTUAL Robot Coding -
1st - 8th
Computer Science - Technology, Robotics
Also included in: VIRTUAL ROBOT CODING - With VexVR
VIRTUAL Robot Coding - Lesson 5 - Functions - Part 2 // LESSON PLAN
Lesson 5:This curriculum is designed for learner of all situations, including virtual, in classroom and hybrid learners. In this lesson we will continue to utilize a online robot coding platform, VexVR, and continue to explore thethe concept of the “My Block”, which is a major programming concept called a Function! Attached, you will be buying a Google Document Lesson plan that you will be able to edit, manipulate, and call your own. VIRTUAL Robot Coding - Lesson 5 - Functions - Part 2 // LESSO
1st - 8th
Computer Science - Technology, Robotics
Also included in: VIRTUAL ROBOT CODING - With VexVR
1:34
Movie Trailer Introduction to The Great Desert Island STEM Challenge
This video provides an introductory hook for your students before starting their Great Desert Island STEM Challenge. The movie file is included with the resource, but this page provides a quick and easy way to access the video online without having to save it to your computer. The full resource can be found here: The Great Desert Island STEM ChallengeNot sure where to start with STEM? See: How to Choose the Best STEM Challenges for Your Students➡️ See all Fishyrobb resources
4th - 7th
Science
1:06
Movie Trailer Introduction to The Great Arctic Circle Winter STEM Challenge
This video provides an introductory hook for your students before starting their Great Arctic Circle STEM Challenge. The movie file is included with the resource, but this page provides a quick and easy way to access the video online without having to save it to your computer. The full resource can be found here: The Great Arctic Circle STEM ChallengeNot sure where to start with STEM? See: How to Choose the Best STEM Challenges for Your Students➡️ See all Fishyrobb resources
4th - 7th
Science
1:04
Movie Trailer Introduction to The Great Journey to Jupiter STEM Challenge
This video provides an introductory hook for your students before starting their Great Journey to Jupiter STEM Challenge. The movie file is included with the resource, but this page provides a quick and easy way to access the video online without having to save it to your computer. The full resource can be found here: The Great Journey to Jupiter STEM ChallengeNot sure where to start with STEM? See: How to Choose the Best STEM Challenges for Your Students➡️ See all Fishyrobb resources
4th - 7th
Science
Also included in: Force & Motion STEM Activity BUNDLE 15 Projects + STEM Rubric Space Rome
Animals of Australia 2 - A Digital eBook Reading Room
Australia has so many very cool animals for students to read about in this overflowing Reading Room. There are 40 eBook links to Epic, You Tube read-aloud video books, and student websites featuring of some of the most unique animals in the world. These are not the same links as Australian Animals 1. This set of links were chosen for older kids even though the animals are mostly the same. The animals in this reading room include: EmuKookaburraMagpieCassowaryLyrebirdBlack CockatooBlack SwanBowe
3rd - 8th
General Science, Geography, Reading
Techie Day 2 - Reading Room: An eBook Library
The Techie Day 2 Reading Room is geared for 4th-6th grade and has 24 different titles about social networking, your digital footprint, cell phones, gaming, virtual reality, and well-known techies. I've created series of "reading rooms," to direct my students in on-line reading. Each room contains E-books and read aloud books. Some rooms contain a special link to webpages with even more information and features. Books are chosen so that students can read or listen to each story, and then take AR
3rd - 6th
Computer Science - Technology, Informational Text, Instructional Technology
Also included in: October Reading Room Bundle
23:16
Creating Trading Cards Project (Computer Lab Activity)
Creating Trading Cards Project is an engaging activity designed for a computer lab setting. A 23 minute video provides step-by-step instructions on how to …
• Search a free public domain image database containing over 950,000 pictures
• Select images that do not produce “cloudy” results
• Download images to a network home folder
• Upload images to a free online utility designed to create trading cards
• Download finished trading cards to a home folder.
Possible uses for completed trading
4th - 6th
Computer Science - Technology, Instructional Technology
4:11
Punnet Square Four Square Video Tutorial
Students commonly learn the parts of a seed and flower for their botany studies. However, we see variety in those parts. Why does this happen? This game can serve as an extension of those lessons by looking at the concept of genetic traits in plant hybrids for our lower elementary students. Two plants of the same species are planted together to promote cross-pollination. The hope is that a hybrid plant will be created with the traits the planter seeks. Typical reasons for cross-pollination inclu
5th - 8th
Anatomy, Biology, Physical Education
Also included in: Punnett Squares lesson plans and video tutorial
UPDATED 2026 AP Biology Unit 4: Cell Communication COMPLETE UNIT STUDY BUNDLE
🧬 AP Biology Unit 4 Test Prep BundleLessons • MCQs • FRQs • Worksheets • AssessmentUpdated for the 2025 AP Biology Course and Exam Description, this resource includes a video lesson and specialized practice to help AP Biology students learn, study, and confidently review Unit 4: Cell Communication and the Cell Cycle, covering cell communication, signal transduction pathways, feedback mechanisms, the cell cycle, and cell cycle regulation. From cell signaling and receptor pathways to mitosis, c
7th - 12th, Adult Education, Higher Education
Biology, General Science, Other (Science)
CCSS, NGSS
RST.11-12.1
, RST.11-12.2
, RST.11-12.3
+12
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