You're not serious, are you? What the heck do you think, it fills with air, numbnuts.
Wiki User
∙ 2012-03-08 03:07:47Thylakoids
there is distortion
hair goes wrong
In comparison, a ball will bounce higher on asphalt than grass. The reason is that asphalt is provides a flat and stiffer surface than grass.
with more air resitance with a more flat surface such as a piece a paper like if you dropped a bowling ball and a sheat of paper off a bulding the bowling ball would get to the bottom first not just because its heavier its because i has a round surface and the paper has a flat surface .
The inside of the ball becomes filled with the air you pump in, thus inflating the ball and turning it from a flat ball to a round one.
it infates
As air fills the basketball, the pressure expands outward to make the outside of the ball feel harder. The valve on the outside of the ball allows the pump to put air in prevents air from escaping.
Because the heat causes the air inside the basketball to expand, which increases the pressure in the ball.
so that the air particles inside will move faster and the ball will be full.
You're not serious, are you? What the heck do you think, it fills with air, numbnuts.
it will bounce higher if there is more air. ex. Flat basketball- being flat, the ball will just hit the floor and will be pressed inwards on the spot it landed pumped basketball- being full of air, the ball hits the ground and like a flat basketball is pressed inwards. but because there's air in it, the air will make the ball retain its shape and bounce.
yes it will imangine a flat basketball will it bounce? not at all.
A flat ball doesn't have a lot of air in it, so it doesn't bounce that well, where as a full basketball has less resistance, and therefore bounces higher. Basically, the difference is the amount of air in the basketball.
The air molecules inside the basketball become less active as they cool off and don't bounce off each other or the inside of the ball as much, which lets gravity, and the materials the ball is made of, determine the shape of the ball to a greater extent. Gravity pulls all the parts of the ball straight down tending to make it flat against the ground that is supporting it, and the rubber and plastic of the ball tend to keep it round, but smaller than when the air inside is pushing against it.
A basketball rolling across a flat floor has translational and rotational kinetic energy. There's a force of gravity pulling the ball down towards the floor, and a reaction force pushing the ball up away from the floor.
Yes, the space it occupies keeps the ball from collapsing in on itself and going flat.