High altitude affects respiration because there is less oxygen in the air. Because of this, more and stronger breathing is needed to supply oxygen to the bloodstream.
they travel in the air
faster in higher altitiudes
Snub-nosed dogs have difficulty flying because their short nasal passages can lead to breathing problems at high altitudes, which can be dangerous during air travel.
Yes, a person with emphysema can travel on an airplane, but it's important for them to consult with their healthcare provider beforehand. Given the decreased oxygen levels at high altitudes, they may require supplemental oxygen during the flight. Additionally, travelers should consider their overall health, the duration of the flight, and any potential need for medication or assistance during travel.
Hot air balloons travel at low altitudes because they rely on the differences in air temperature at various altitudes to navigate. By staying closer to the ground, hot air balloon pilots can easily adjust their altitude by using the burner to heat the air inside the balloon to ascend or allowing it to cool to descend. Additionally, flying at low altitudes provides better visibility and a more immersive experience for passengers.
Generally yes. There is less drag at higher altitudes, and thus better fuel economy, right up until the airplane can't get enough air to burn with with fuel to get the power needed to go faster and higher. Of course it takes extra fuel to get up there, so only long distance travel is done at high altitudes.
A chronometer is an certified accurate watch or clock that is not affected by the humidity and temperature changes experienced during ocean travel.
The air is thicker at lower altitudes, we know that sound travels much better when it can move through solid mass. As you climb, the air starts to get thinner. It becomes much more difficult to do anything at high altitudes, including keeping a plane aloft, keeping warm, and of course projecting sound.
To protest SOPA
John was likely instructed to avoid high altitudes and flying in non-pressurized aircraft due to a medical condition that could be exacerbated by reduced oxygen levels at high altitudes, such as a respiratory or cardiovascular issue. Non-pressurized aircraft can experience significant drops in cabin pressure, which could further compromise his health. These precautions are essential to ensure his safety and well-being during air travel.
Ladybugs can fly at very high altitudes without any problems. This beautiful insect can also travel great distances and travel hundreds of miles at a time.
No, it isn't.