This is my favorite video of the day. This guy is talking about the stokes law and its effect on the velocity of a billiard ball in a billiard table. He talks about how the ball has a tendency to slow down if it hits a bump or a stop.
While it seems like a little confusing, this video seems to have a lot of truth to it. The stokes law is a way to explain why a ball tends to slow down and why it is the ball that slows down most. While the law may be confusing, it is a really good explanation and should not be taken lightly.
If you have a chance to watch this video, you should watch it. If not, you should probably skip it entirely. It’s a good video and the author explains the law quite well in the first few seconds, but it gets a little bit confusing at the end. So be sure to watch it if you’re interested in a more in-depth explanation of the stokes law.
The stokes law is the idea that balls and other objects are slower than a human. This theory was first proposed by James Clerk Maxwell in 1871. It was first applied to the law of gravity in 1875 by British Royal Navy officers. Since then, the stokes law has been applied to a variety of things, from automobiles to baseballs.
The stokes law is the idea that balls and other objects are slower than a human. This theory was first proposed by James Clerk Maxwell in 1871. It was first applied to the law of gravity in 1875 by British Royal Navy officers. Since then, the stokes law has been applied to a variety of things, from automobiles to baseballs.
The stokes law was originally an idea that had nothing to do with the physics of air resistance. The idea was that the ball was moving slower because it was heavier than the air and the air was slowing it down. But these days we don’t measure air resistance at all. Instead we measure the friction between the ball and the ground. The stokes law states that as the ball moves faster and faster, the force of friction decreases.
When you think about the relationship between friction and movement, as a human being we use a certain amount of friction to move our limbs, but what happens when you go from a car to a bike, or from a car to a scooter? The friction is replaced by a much faster moving thing called “the drag”. So in a car, the force of friction is replaced by the force of drag. The same holds true for a scooter.
the same goes for our brain. As velocity increases, friction decreases. So if we think about how we use our brain to move, at the beginning of it we are using a certain amount of friction to move our limbs. But as we move from a car to a bike, or a car to a scooter, we use much less friction.
This is the most obvious part of this post, and I will give you the first one for a while.
So let’s talk about it for a little while. The force of friction we use to move our limbs is called the Stokes law. It is also known as Friction drag and is basically the amount of force that it would take to move each individual joint of a car moving at the velocity of 60 mph. When we talk about the velocity of a car, the law simply means that the rate at which we move the car is proportional to the velocity of the car.
