- #1
jason_r
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A gymnasium is 13.0 m high.
By what percent is the air pressure at the floor greater than the air pressure at the ceiling?
By what percent is the air pressure at the floor greater than the air pressure at the ceiling?
jason_r said:so far i have
P(bottom)=(1.013 x 10^5) + (1.28)(9.8)(13)
P(bottom)=101463.072
P(top)=101300.000
P(bottom)/P(top)=0.161%
is that correct?
The main cause of air pressure difference in a 13m high gymnasium is the difference in temperature between the higher and lower levels of the gymnasium. As warm air rises, it creates a higher pressure at the top of the gymnasium and a lower pressure at the bottom.
If there is a significant air pressure difference in a 13m high gymnasium, it can affect the air quality by causing air to flow from areas of higher pressure to areas of lower pressure. This can lead to a buildup of pollutants and decrease in air quality.
Yes, air pressure difference can impact athletic performance in a gymnasium. The difference in air pressure can affect the distribution of oxygen and make it more difficult for athletes to breathe, leading to decreased performance.
To manage air pressure difference in a 13m high gymnasium, proper ventilation and air circulation systems should be in place. This can help to equalize the air pressure and maintain a comfortable and healthy environment for athletes.
In extreme cases, a significant air pressure difference in a 13m high gymnasium can lead to structural damage or discomfort for athletes. It is important to monitor and manage air pressure difference to avoid any potential safety hazards.