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DoodleScience
Momentum _ GCSE Physics
Every moving object has momentum. This is the tendency of the object to keep moving in the same direction unless acted upon by an external force. You'll have a hard time trying to change the direction of movement of an object with a lot...
Visual Learning Systems
Motion: Acceleration
Students will explore the principles of motion, the basic concepts of speed and velocity and how speed and acceleration are calculated. Numerous examples of common occurrences illustrate the principles of motion. Other terminology...
Curated Video
Acceleration-1
This live-action video program is about the word Acceleration. The program is designed to reinforce and support a student's comprehension and retention of the word Acceleration through use of video footage, photographs, diagrams and...
Professor Dave Explains
Kinetic Energy and Potential Energy
You can put energy into an object. Wanna know how? No, you don't need a Harry Potter wand. Just lift it up above your head! By doing so, you bestow the object with more potential energy. Learn more about the energy of motion and the...
FuseSchool
PHYSICS - Forces - Inertia
Inertia is the resistance to a change in motion. So an object at rest remains at rest and an object in motion remains in motion with the same velocity unless acted upon by an unbalanced force.
Science360
Vectors - Science of NFL Football
"Science of NFL Football" is a 10-part video series funded by the National Science Foundation and produced in partnership with the National Football League. In this segment, NBC's Lester Holt looks at the role vectors play every time...
Professor Dave Explains
Higher Derivatives and Their Applications
What are second derivatives and third derivatives? Let's learn about higher derivatives and their applications.
Zach Star
The Math Major
This video covers the math major including applied math vs pure math, courses you'll take, and careers you can go into. The math major in undergrad involves a lot of the same classes whether you go into applied math...
Curated Video
Vectors
This live-action video program is about the word Vectors. The program is designed to reinforce and support a student's comprehension and retention of the word Vectors through use of video footage, photographs, diagrams and colorful,...
Mazz Media
Momentum
This live-action video program is about the word Momentum. The program is designed to reinforce and support a student's comprehension and retention of the word Momentum through use of video footage, photographs, diagrams and colorful,...
Visual Learning Systems
Things in Motion: Summing Up
Upon viewing the Things in Motion video series, students will be able to do the following:
Identify a moving object and describe its movement as related to its frame of reference.
Provide examples of forces in everyday life such as a...
Flipping Physics
Introduction to Newton’s First Law of Motion
Learn about Newton’s First Law of Motion with two examples shown. Plus, I snuck in some free body diagrams and subtle hints at Newton’s Second and Third Laws as well. Thank you so much to Mrs. Zeller for being a Flipping Physics...
Visual Learning Systems
Force and Newton's Laws: Newton's First Law of Motion
This video discusses the principle of force and the application of Newton's Three Laws of Motion. Students will witness the effect of friction on force and see how force is calculated. Other terminology includes: inertia, weight, mass,...
Professor Dave Explains
Uniform Circular Motion and Centripetal Force
Enough of this moving in straight lines business, let's go in circles! It may not be productive but it's super fun. Ferris wheels are fun. Yes they are, don't be a spoilsport. Roller coasters are fun too. And merry-go-rounds. Look, I...
Professor Dave Explains
Newton's First Law of Motion: Mass and Inertia
Did you know that if you throw a rock in space, whatever velocity it has at the moment that it leaves your hand, it will continue moving with that velocity indefinitely? That's Newton's first law. It applies to objects on earth as well,...
Visual Learning Systems
Force and Newton's Laws: Gravity and Falling Objects
This video discusses the principle of force and the application of Newton's Three Laws of Motion. Students will witness the effect of friction on force and see how force is calculated. Other terminology includes: inertia, weight, mass,...
Curated OER
Baby Energy
Baby energy is not what it sounds like, it's better. Using a baby playing at the park as his model, this young man describes, provides solid examples, and works through a series of equations that show energy. Potential and kinetic...
Curated OER
High-Velocity Falcon
"One of nature's boldest predators," the peregrine falcon, has the fastest raw speed amongst any creature on the planet. Follow these researchers as they study how the falcon lives and moves.
Flipped Math
Calculus AB/BC - Straight-Line Motion: Connecting Position, Velocity, and Acceleration
Move the video on motion to the front of the line. The second of eight lessons in Unit 4 - Contextual Applications looks at straight-line motion. Scholars learn how position, velocity, and acceleration are related by derivatives before...
Corbett Maths
Average Rate of Change
Simply find the slope to find the average rate of change. A short video provides the definition of the average rate of change. Using the definition, pupils calculate the average rate of change to solve problems that cover finding average...
MinutePhysics
Relativistic Addition of Velocity — Special Relativity Chapter 6
Scientists know things can't travel faster than light speed, so how do scholars add together numbers close to light speed? The sixth video in the eight-part series on Special Relativity answers these questions and more. the narrator not...
Domain of Science
Calculus, What Is It Good For?
Explore the meaning of differentiation and integration. A video lesson describes in detail what differentiating and integrating an equation means using the momentum and kinetic energy formulas. Progressing from a linear to a quadratic...
National Science Foundation
Engineering the Half Pipe—Science of the Winter Olympic Games
There are no tricks here! Young scholars learn about the concept of centripetal acceleration by studying the design of the snowboarding half pipe. A video lesson describes how the half pipe design affects the motion of the boarders.
National Science Foundation
Slapshot Physics—Science of the Winter Olympics
Take a shot at explaining the physics of hockey! Olympic hockey players explain the science of their craft in a video lesson. The lesson includes a discussion of force and velocity as well as potential and kinetic energy.