Possibly. If a football were introduced to an environment where there were a significant difference in pressure, that might affect how the ball feels. Theoretically, if a ball were inflated to what seemed an acceptable pressure while under low pressure, and then brought into a higher pressure environment, it would seem underinflated, as pressure inside the ball remains unchanged while pressure outside increases. The opposite would happen if the ball was moved from high to low pressure.
NFL regulations state that the accepted range for pressure inside a football is 12.5 and 13.5 PSI, giving an acceptable range of 1.0 PSI. Except during extreme events such as major hurricanes and tornadoes, atmospheric pressure will fall between 950 and 1050 millibars. This gives a typical range of 100 millibars or 1.4 PSI. In this regard, atmospheric pressure could potentially make a difference. However, for there to be a noticeable difference for the football, the pressure change would have to be fairly substantial in weather terms.
In regard to the "deflategate" scandal, during the time leading up to the game, barometric pressure was actually dropping. So if anything, the pressure inside the ball would seem to increase from when it was last inflated to game time. Even then, this pressure difference would likely escape notice, as the pressure dropped about 16 millibars or 0.23 PSI in 24 hours. Allegations hold that the pressure in the footballs was 1.0 to 2.0 PSI below permitted levels.
When the air outside is cold, the ball starts to deflate almost. It's not just a soccer ball either, take a tennis ball and try to bounce it.. It doesn't does it??? it's the same
how does air pressure affect the distance a football can be kicked?
Yes; Yes; Yes; Yes;
Because it is under intense pressure.
The football has (gravitational) potential energy because of its position above the ground. It also has kinetic energy because it is moving. The combined energy is called mechanical energy.
The pH of a substance thrown in the environment can lead to a degradation of soils and waters.
If you are talking about Great Pumpkin Island, you should have a football in your item section. Click use and it will be thrown into the tree. This will knock the binoculars out.
The ball is a projectile, and as such, the only force acting on it after it has been thrown or kicked is gravity, so after it reaches its highest point, it will begin to fall to the ground at the rate of 9.8m/s2 .
don't no
yes it does, however, the velocity at which the object is thrown also is a factor to consider.
Projectile motion as the football is thrown, forces as the football is thrown as well.
Here is how rain affects a quarterback's throw: *Rain makes the ball wet and heavier which will shorten the distance it travels, as well as the trajectory.. *Rain makes it harder to grip the ball, affecting the quarterback's ability to impart spin and force to it. *Rain hitting the ball will shorten the distance it travels, as well as the trajectory. *A wet uniform, as well as being cold, can affect the quarterback's ability to throw. *Rain can also affect vision, making the target harder to determine. *Mud and wet fields make footing less sure and can affect the force the quarterback imparts to the football.
Football being thrown
93 yards is the longest thrown yardage in history
A ball thrown across a football field is an example of a projectile.
the frozen ball goes so far you cant see it....... so go find out and do and not just google it
Football thrown in a spiral
the distance it travels before falling to the ground
yes it does the optimal ang
It's an incomplete pass.