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Isaac Newton. Who was he? Why do we need to know about him? In a physics course, no less? Well, he's only the most famous physicist in history, and...
What are the basics of trigonometry? And why are we learning about this in a physics course? Both good questions. In this video, you'll learn about...
It's time to make our liters and meters work together. Enough of the bickering, right? In this video, we'll do some unit analysis, covering SI Unit...
What is the second law of thermodynamics? That's the one about a Thermos being the most dynamic of all drinking containers, right? Uh, wrong. Basic...
What's the difference between potential and kinetic energy? Well, potential energy is energy that has just that - potential. It's present when an o...
Newton's first law is the one about objects at rest tending to stay at rest and objects in motion tend to stay in motion.
Time to dive into Newton's Universal Law of Gravitation. We'll get into inverse square laws, orbital velocities, and all sorts of things Newton use...
The Law of Conservation of Momentum says that total momentum always stays the same in a closed system. In an open system, though, all hell usually...
In this video, we'll calculate the force of friction - both static and kinetic. And we'll answer that age-old question: fact or friction?
What is electrical charge transfer? Y'know that shock you get shuffling your feet along the carpet and then touching an electrical socket? Yeah, do...
It's experiment time. We'll be rolling a marble down a ramp... and we'll see what it tells us about gravity, acceleration, and velocity.
What is Newton's Second Law, and how long do you go to prison if you break it? Long enough to study friction, buoyancy, closed systems, and more.
Time for some fun with 2-D motion. We'll use horizontal speed and distance to find vertical motion, and more. So... a 2-D experiment, but 3-D excit...
Scalars v. vectors. Speed v. velocity. Distance v. displacement. Kramer v. Kramer. We'll cover all the big smackdowns.
Displacement Graphs and Motion Maps. Ooh - graphs and maps. It's time to draw, everyone! But... no bunnies or unicorns. Instead, we'll be drawing v...
In this video, we'll cover inertia, centripetal force, circular motion, and what Newton liked to eat for breakfast in the morning (Apple Jacks).
Meet "SI Units" - the gold standard of scientific measurement. Also meet sig figs, which Isaac Newton used to make the world's first "fig Newton."
What are work and power, when it comes to physics? We'll get into force, energy, joules, watts - all that good stuff.
Newton's Third Law states that every action has an equal and opposite reaction. Something to keep in mind when trolling online.
So what's the relationship between acceleration and gravity? And where does velocity fit in? And who invited future velocity?
Graphs tell stories, and stories tell us equations. We hope graphs choose a good story to tell us...maybe Harry Potter, or something.
Time to have more fun with vector components! What's that? You've never had any fun with vector components? Huh...then...time to spend more time with vector components!
Let's look at phase changes on a molecular level. Get your miniaturizing ray guns ready.
Time to learn about the second law of thermodynamics. But be efficient about it...our narrator has places to go, and places to clean.
Time to learn about heat transfer. And no, that doesn't mean which Miami Heat players are leaving the team this year.
It's experiment time! No, we're not digging up any bodies from graveyards - different science class. In this one, we're going to be checking out the speed of a marble, and then analyzing our data in terms of motion mapping, distance vs. time and velocity vs. time. And then, if there's time left over... we may play a game of marbles. We've got them... might as well.
Hit play to learn about centripetal and centrifugal forces.
Momentum is a way of measuring the inertia of a moving object, and can be thought of as "amount of movement."
There are many forms of energy. And not just coal, wind, and solar. We'll cover the types, how energy is converted, and the difference between kinetic and potential energy.
Two dimensional motion: separating your X from your Y.
Time to learn about impulse problems…and no, not the fact that we ate an entire pizza last night. We’re talking impulse as it relates to physics.
An introduction to acceleration à la Shmoop.