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4TH Grade Science: NGSS 4-PS3-1 Speed and Energy for Google and Print
This Science Interactive Journal is written to align with NGSS 4-PS3-1 and to lead a student through a 5E Lesson Plan. The journal includes two close readings with questions: one on What is Energy and the other is on Potential and Kinetic Energy. Students explore Speed and Energy with two Science Labs. Students will analyze charts and create their own chart. Vocabulary is included and the Evaluation includes a Rubric. Included is this product is: 1. A 26-page Student Science Journal that is
3rd - 5th
English Language Arts, Physical Science, Physics
CCSS, NGSS
RI.4.1
, RI.4.3
, W.4.2
+1
Photonics – The Magic of Light | STEM Science Activity for Grades 2–4
🌈Discover the magic of light with this fun photonics STEM activity — perfect for curious young scientists! 💡 Photonics – The Magic of Light | STEM Science Activity for Grades 2–4 Let your students discover the magic of light through fun, hands-on experiments and engaging explanations! This STEM science lesson introduces children to the world of photonics — how light travels, reflects, and creates color. Perfect for Grades 2–4, it combines curiosity, science, and creativity in one exciting reso
2nd - 4th
Physical Science, Physics
NGSS
4-PS4-2
, 1-PS4-2
, 1-PS4-3
Montessori First Great Story: God With No Hands Lesson
This lesson plan for "The Story of God with No Hands" is designed to offer students a well-rounded learning experience by integrating reading comprehension, creative expression, language skills, and science exploration. Each day's activities build on students' curiosity about big ideas like creation, God, and the natural world while grounding these ideas in scientific and linguistic skills. Unlock the Wonders of Science with Our Exciting States of Matter Lessons!What You’ll Discover:The three ma
3rd - 5th
Creative Writing, English Language Arts, Physics
4th Grade Science ENERGY TRANSFER NGSS 4-PS3-2, 4-PS3-3, 4-PS3-4 | Google, Print
This Student Science Interactive Journal for Energy Transfer is written to align with NGSS 4-PS3-2, 4-PS3-3 and 4-PS3-4 to lead a student through a 5E Lesson Plan. The journal includes two close readings with questions: one on How Energy Moves from Place to Place and the other is on How Far Away is That Lightning. Students explore Energy Transfer and Energy Transformation with five Science Labs. This Student Science Journal contains four videos and several drag and drop activities. Student
3rd - 6th
General Science, Physical Science, Physics
CCSS, NGSS
RI.4.3
, MP4
, 4-PS3-4
+2
Molecule Madness - Activation Energy
This game explores Activation Energy—the minimum energy needed for molecules to collide and react, much like the force needed to strike a match. Think of it as pushing a boulder over a hill: once pushed far enough, it rolls down, and the reaction occurs. Activation energy is the potential energy needed for molecules to reach the point of interaction, often supplied by heat through increased collisions. In this lesson, students physically model the chemistry concept of activation energy by playin
5th - 8th
Chemistry, Physical Education, Physics
Earth's Magnetic Fields
Earth’s magnetic field is a fascinating natural phenomenon that has been studied for centuries. At the core of the Earth lies a molten iron core that generates the planet’s magnetic fields. These fields are crucial in shielding our planet from harmful cosmic radiation, which would otherwise have catastrophic effects on life as we know it. The magnetic field is also responsible for the northern and southern lights seen in polar regions. The direction of the magnetic fields is from the South P
4th - 7th
Earth Sciences, Physical Education, Physics
No Prep Sub Plans |Physics of Sports Project | Force, Motion & Angles |
Bring science to life with this engaging, real-world Physics of Sports project! Perfect for upper elementary and middle school, this No Prep Sub Plan helps students explore how force, motion, and angles impact athletic performance through research, collaboration, and visual analysis. From basketball shots to soccer kicks, students will discover how physics explains the sports they love—making learning meaningful, active, and fun. What’s Included:✔️ Ready-to-use Teacher Direction Page (Sub-
4th - 8th
General Science, Physics
Balloon Car STEM Engineering Challenge
Hands-On Force & Motion Engineering Design Project | Differentiated STEM Notebook | NGSS + Florida BEST Aligned Looking for a high-engagement STEM activity that reaches ALL learners while saving you planning time? This Balloon Car Engineering Challenge allows students to design, build, test, and improve a balloon-powered car while learning real engineering concepts, force and motion, and problem-solving skills. This resource includes a complete student engineering notebook, teacher guide, dif
3rd - 8th
Physics, Robotics
CCSS, NGSS
3.MD.A.1
, 4.MD.A.1
, 5.MD.A.1
+28
Physics of Toys PBL with Engineer Design Process
Are you studying physics with your students? If so, this PBL will be an engaging, meaningful way for them to tackle the real-world problem of childhood obesity. Students will use their knowledge of physics and the Engineer Design Process to create toys that will inspire movement in their fellow students, building more desire to be active and healthy.
Driving question: How can we, as toy engineers, use the Engineer Design Process to design and create toys that incorporate two laws of physics and
2nd - 8th
Engineering, English Language Arts, Physics
Newton's Laws of Motion
Are you studying physics in class and want to apply basic principles in a fun and dynamic way? For example, do your students love dodgeball, but you don't like the fact that they are throwing balls at each other? I have the perfect game for you!
5th - 8th
Physical Education, Physics, Science
Also included in: Planetary Bodies and Newton's Laws of Motion Lesson and Video Bundle
Fun Design Iteration Engineering Challenge Lesson: Make a Mini Basketball Game
Ready to get your class active, hands-on, and maybe a tiny bit rowdy? This is the engineering design project for you! In this lesson, students will work together to build mini basketball games. They will select from materials around the house or the classroom to construct the game using various materials as a ball, a hoop, and a launcher using a fulcrum. Each group will try at least three different configurations that will lead them to their final design. This teaches kids how to iterate their
3rd - 5th
Engineering, Physics, Science
NGSS
3-5-ETS1-3
, 3-5-ETS1-2
English Alphabet Symmetry
An assignment used to gauge a student's understanding of symmetry using the English alphabet and a Mira Mirror or similar reflective device. Simple instructions included on document for students to refer to while working on the task.
3rd - 12th, Adult Education, Higher Education
Geometry, Graphic Arts, Physics
CCSS, NGSS
8.G.A.1
, 8.G.A.2
, HSG-SRT.A.1
+6
Potential And Kinetic Energy | Google Distance Learning
In Potential And Kinetic Energy | Google Distance Learning your students will be asked to analyze 40 high-quality photographs that represent either potential or kinetic energy. It is great for DISTANCE LEARNING because the form is self-checking and editable by you. Students will receive feedback as to whether they were correct at the completion of the form. You will receive their answers as well on the response section of the form. The forty images of potential and kinetic energy have pictures
4th - 6th
Physical Science, Physics, Science
All The light We Can See
Meet Professor Oh! and Sparky the Wonder Dog, your guides to the most colorful science adventure ever—discovering all the light we can see! A colorful, 160-page science resource for kids and adults alike. Have you ever wondered why the sky is blue, how rainbows appear after a storm, or why a red shirt looks red? In All the Light We Can See: Rainbow Detectives – Solving the Mysteries of Light, Professor Oh! and Sparky the Wonder Dog turn big science ideas into a playful, laugh‑along journey throu
4th - 7th
General Science, Physics, Visual Arts
NGSS
4-PS4-2
Sources of Light sorting | Natural vs artificial | Montessori science
Exploring different sources of light and sorting natural vs. man-made light is one of the first physical science lessons. This montessori science lesson uses real photo's. It is easy to differentiate. For young students you can use it as a picture basket and vocabulary lesson. While older students can focus on understanding the definition cards.Included:Instructions for preparation and presentation of this material8 photo cards of natural light sources8 photo cards of artificial light sourcesWor
PreK - 2nd
General Science, Physical Science, Physics
NGSS
1-PS4-2
Light: Particle or Wave?
The nature of light has always been a mystery to scientists. Light has been observed to behave as both a wave and a particle. This dual nature of light has been debated and researched for many years. The double slit experiment is one of the most famous experiments that demonstrate the dual nature of light. In the double-slit experiment, a beam of light is passed through two slits, creating an interference pattern on a screen behind the slits. When a detector is placed behind each slit to me
5th - 8th
Physical Education, Physics, Science
Simple Machines and the Atlatl
This lesson can serve many purposes. First, you can use this lesson during the Third Great Lesson when discussing the Coming of Humans. You could also use this lesson when studying simple machines because the atlatl makes for a system of levers that improves the throw. You could also use this lesson during the Science Fair, as it reinforces the Scientific Method well.
5th - 8th
Ancient History, Physical Education, Physics
Human Body Experiment: Throwing Speed and Simple Machines
Through this experiment, we want our students to look at their bodies as simple machines, and see if physics has an influence on how fast someone can throw. This lesson (and experiment) also works in reinforcing concepts from the scientific method for the students, which works well when taught in conjunction with a science fair.
5th - 8th
Anatomy, Physical Education, Physics
History Of Energy - A Timeline from Early Humans to Today
The History of Energy: Timeline Help students explore how humans have used energy throughout history, from early humans to modern renewable energy. What’s included:• 5 x 5 in. Energy timeline cards (from early life to renewable energy) • Realistic image cards (3 per energy type) • Clear, student-friendly information cards • Timeline question cards (6 prompts for recall and connection) • Cause-and-effect discussion prompts Concepts covered:Human powerAnimal powerFire and biomassWater powerWind po
2nd - 5th
Physics, Reading, World History
Also included in: History Through Time: Mega Learning Bundle
Mousetrap Cars and Vehicles: The Secrets to Success
Mousetrap cars: the Secrets to Success is the most up-to-date and informative mousetrap powered vehicle manual ever written and now with all new earth-shattering, top secret, construction tips and tricks written to eliminate the guesswork! Learn how to build the ultimate speed-trap dragsters, long distance travelers, boats, and more! Easy to follow, step-by-step plans, written for beginners and seasoned veterans alike. Mousetrap Cars: The Secrets to Success includes over 159 pages of images, dia
5th - 12th, Adult Education, Higher Education
Engineering, Physical Science, Physics
Motion Commotion: Discovering Newton's Laws in Everyday Life
Meet Professor Oh! and Sparky the Wonder Dog—your hilarious tour guides through the wild, invisible rules that make our universe move! Why does your body fly forward when the car stops? How can a rocket zoom into space when there’s nothing to push against? Why do you need to push harder on a heavy backpack than a soccer ball? In this 140-page Motion Commotion: Newton’s Three Rules, kids dive into a fast-paced, joke-filled adventure that turns Newton’s laws of motion into stories they can a
4th - 6th
General Science, Physical Science, Physics
NGSS
MS-PS2-2
, MS-PS2-1
Matter and Antimatter
The First Great Lesson starts with the Big Bang, and we have now come to understand that it was not just matter and energy that were released into existence; matter and antimatter were released simultaneously. Mathematically, there should have been an exact amount of matter to antimatter. However, like a division problem, there was a remainder during the matter and antimatter neutralizing process. This mathematically insignificant amount of leftover matter would eventually amount to all the matt
3rd - 6th
Astronomy, Physical Education, Physics
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