Yes. That is one way kickers and punters used to "juice" footballs. Other ways include: heating a football in a microwave or an oven before the games, filling the ball with helium instead of oxygen (doesn't really make a big difference), loosening the laces on a football to give the ball a larger surface area to kick.
A D-inflated football would go faster than an inflated football due to its streamlined shape and reduced air resistance. The reduced size also allows for less drag, enabling the ball to travel at a higher velocity.
The football will move faster and travel further due to its shape and weight, while the balloon will move slower and not travel as far due to its lighter weight and less aerodynamic shape.
Gravity on the moon is much less than on earth (0.1654g) Therefore a football, when kicked will go much further before the week moon gravity pulls it back down to the surface.
Increasing the air pressure in a football makes it more rigid, allowing it to maintain its shape better when kicked. This rigidity helps the football to travel further through the air with less drag and resistance. Additionally, the increased pressure can also result in a harder kick, leading to a longer distance.
It would be easier to kick a football on the moon because there would be no air to hold it back. The football would go farther even if less force is applied.
Light does not travel further along power lines. What phenomenon are you describing?
Hmmmm Check your tyre pressures are equally inflated, the shudders could be caused after 100km travel due to uneqal heating of the tyres if unevenly inflated
How do planes fly??
By bus.
A Nerf football is designed to be lighter and more aerodynamic than a pro football, allowing it to travel farther when thrown due to reduced air resistance. The soft, foam material also helps absorb impact and allows for better grip and spin, further enhancing its flight performance compared to a heavier, more rigid pro football.
A vacuum.