How can a ball falling from a height be simulated without air friction?

[Minorail]

can u help simulate a ball from high h fall down
s=1/2gt^2
v=2gh

no friction in air

thank u

 

[Doc Al]

v=2gh

I assume you mean $v = \sqrt{2gh}$.

What do you mean "help simulate"?

 

[charng]

There are a few ways to simulate a ball falling from a height without air friction. One way is to use the equations of motion, such as s=1/2gt^2 and v=2gh, as you mentioned. These equations can help calculate the position and velocity of the ball at any given time during the fall. Another way is to use a physics simulation software, such as MATLAB or Unity, which allows you to create a virtual environment and simulate the motion of objects within it. In this case, you can set the parameters for the ball's mass, initial height, and gravity, and the software will calculate the ball's motion without air friction. Additionally, you can conduct a physical experiment using a vacuum chamber to eliminate air resistance and observe the ball's motion in a controlled environment. Overall, there are various ways to simulate a ball falling from a height without air friction, and the method you choose will depend on your specific goals and resources.