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14:27
Fidget Spinner STEM Challenge Overview and DIY Tips
This is an overview of my Fidget Spinner STEM resource, which also has helpful tips for building DIY fidget spinners. Find out the pros and cons of various materials so you can choose what is right for your students.
To complete the challenge, students will need to use higher order thinking skills and teamwork as they work in small groups to complete this challenge. They will follow these steps in the process:
ASK - Can you design a spinner that spins for X seconds?
IMAGINE - Brainstorm ideas
Not Specific
Engineering, Physics
Video Analysis Lab BUNDLE - Kinematics - Free online software!
Objectives: For the labs in this bundle, students use a free video analysis website to collect and analyze real-world data. In one of the labs, students use a video of a falling object to find the acceleration of gravity. In another lab, students analyze a video of a projectile to see that the velocity in the x-direction is constant while the velocity in the y-direction changes. These could be used before or after students have learned about these topics (inquiry-based or not). What equipment i
10th - 12th, Higher Education
Physical Science, Physics
Physics Cornell Notes + Video Links: Light, Reflection, and Plane Mirrors
Help your students build a clear, organized understanding of light behavior and mirror optics with these Light & Mirrors Cornell Notes paired with curated YouTube video links! Designed for high school physics classes, this resource supports active note‑taking while reinforcing key light concepts through guided questions, diagrams, and calculation practice.🌈 What’s Included:Complete Light & Mirrors Cornell Notes Set:Student‑friendly Cornell notes covering the ray model of light, light vocabulary
9th - 12th
Physical Science, Physics, Science
NGSS
HS-PS4-4
, HS-PS4-5
, HS-PS4-2
 +2
Physics Cornell Notes + Video Links: Waves, Simple Harmonic Motion, Reflection
Help your students build a strong and organized understanding of waves with these Cornell Notes paired with curated YouTube video links! Designed for high school physics classes, this resource supports active note‑taking while reinforcing key wave concepts through guided questions, diagrams, and visual explanations. 🌊 What’s Included:Complete Waves Cornell Notes Set: Student‑friendly Cornell notes covering simple harmonic motion, springs and Hooke’s Law, wave types, surface waves, wave calc
9th - 12th
Physical Science, Physics, Science
NGSS
HS-PS3-2
, HS-PS4-2
, HS-PS3-1
 +2
Physics Cornell Notes + Video Links: Forces, Newton's Laws, Free Body Diagrams
Help your students grasp the essential concepts of Forces, free body diagrams, and Newton's Laws with this structured Physics Cornell Notes Graphic Organizer. This resource is perfect for high school physics classes, providing a clear and organized way for students to take notes on important Force, free body diagram, and Newton's Laws concepts, while also learning how to solve Newton's second law problems. What’s Included:Unit Organizational GuideForce Vocabulary NotesTypes of Forces NotesFree
9th - 12th
Physical Science, Physics, Science
NGSS
HS-PS2-2
, HS-PS2-1
, HS-PS2-4
3:57
Life Cycle of a Star Video Tutorial
One of the main objectives of the First Great Lesson, a foundational lesson in the Montessori method, for lower elementary students is to learn the names of the planets and the vocabulary for different celestial bodies. In upper elementary, the students go more in-depth in understanding our universe, and one of those ways is investigating the life cycle of a star. Even though a star is not 'alive,' it exists for billions of years and goes through its own metamorphosis dictated by its mass. In
3rd - 6th
Astronomy, Physical Education, Physics
Also included in:Â Life Cycle of a Star Lesson Plan and Video Tutorial
4:57
Atomic Dodgeball Video Tutorial
Dodgeball has always been a fan favorite of students. Still, amongst adults, there is a lot of debate about its validity as a legitimate PE game. While the game works well for teaching gross motor skills like throwing and catching, players who get hit early in the game usually sit for long periods. The longer one sits, the less active they are, defeating the purpose of physical education. Many times the students who are hit first are the ones that need the most practice but get the least. What
5th - 8th
Chemistry, Physical Education, Physics
Also included in:Â Atomic Dodgeball Lesson plan and video tutorial
3:37
Planetary Bodies and Newton's Laws of Motion Video
Dodgeball is a viral game with students. Students run around, throw and catch dodge balls, and use acrobatic dodging skills to evade their opponent’s tosses. However, adults often cite dodgeball as a game promoting violence and unfairness. Strong throwers picking on the weaker ones, face shots, and non-participating students are why dodgeball is not many adults’ favorite game. So why is there such a great divide between adults and children? Is there a way to bridge the gap? What if we kept the
Not Specific
Astronomy, Physical Education, Physics
Also included in:Â Planetary Bodies and Newton's Laws of Motion Lesson and Video Bundle
2:11
Planet Distance Video
This game is an impressionistic lesson on the distances of the planets from the Sun. Students will do a tremendous amount of work, representing how far the students would have to travel to get from the Sun to the planets in the Solar System. This lesson will create a lasting impression of the great distances between the planets through the effort exerted during the lesson. In addition, this lesson involves so much running that you can observe your student's running gait properly.
1st - 4th
Astronomy, Physical Education, Physics
Also included in:Â Planet Distance Video and Lesson Plan Bundle
2:03
Hands-On Physics: Identify Laws from Real Experiments and Real-World Phenomena
This lesson challenges your students to identify the physical laws and principles at work in real-world experiments. Here’s what your students will do: Watch animations of 14 real-world experiments demonstrating physics in action Read the name of each physical law or principle with helpful hints Select which law best explains each phenomenon Receive instant feedback to reinforce their understanding Key concepts include: Conservation of Momentum – Newton’s Cradle Bernoulli’s Principle –
9th - 12th
Engineering, Physical Science, Physics
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