Planes typically do not travel higher than the stratosphere primarily due to the lack of oxygen and the decreasing atmospheric pressure at those altitudes, which makes it challenging for conventional jet engines to function efficiently. Additionally, the stratosphere contains the ozone layer, which protects against harmful ultraviolet radiation, and flying too high can expose aircraft to increased radiation levels. Furthermore, commercial aircraft are designed for optimal performance within the troposphere and lower stratosphere, where the air is dense enough to provide lift and support engine operation.
Planes can fly fifty feet off the ground if they need to. Commercial airliners fly in the stratosphere for two reasons: there's very little general aviation traffic up there (and most of the GA guys with planes who can fly that high are good pilots), and the plane is more efficient at that altitude.
A hot air balloon cannot ascend past the stratosphere primarily due to the decreasing air pressure and temperature at higher altitudes, which limits the balloon's ability to generate enough lift. As the balloon rises, the air inside it cools, reducing its buoyancy. Additionally, the material of the balloon has structural limitations that prevent it from withstanding the extreme conditions present in the stratosphere, such as lower temperatures and reduced oxygen levels. Ultimately, hot air balloons are designed for lower altitudes where sufficient lift can be maintained.
Humans cannot survive in the stratosphere due to the lack of breathable oxygen and extreme atmospheric conditions. The stratosphere, which extends from about 10 to 50 kilometers above the Earth's surface, has significantly lower air pressure, resulting in insufficient oxygen for respiration. Additionally, temperatures can be very low, and exposure to increased levels of ultraviolet radiation can cause severe harm. Without specialized equipment, such as pressurized suits or breathing apparatus, humans cannot withstand these harsh environments.
Nuclear explosions on the sun, like nuclear fusion reactions, happen in the sun's core which is extremely dense and covered by many layers. The energy produced from these explosions must travel through these layers before reaching the sun's surface and then space, which is why we cannot hear them on Earth. Additionally, sound waves cannot travel through the vacuum of space.
Some difficulties with unmanned space travel include communication delays due to vast distances, the reliance on pre-programmed instructions for decision-making, and the inability to troubleshoot unexpected issues in real time. Additionally, there is a higher likelihood of equipment failures with no crew on board to perform repairs.
Planes can fly fifty feet off the ground if they need to. Commercial airliners fly in the stratosphere for two reasons: there's very little general aviation traffic up there (and most of the GA guys with planes who can fly that high are good pilots), and the plane is more efficient at that altitude.
You cant do that!
you cant
Planes are flat and 2D so they cannot be skew. Hope this helps :]
Planes are not perfect but they are not the worst to fly in because it can be safe but it cant be sometimes most of the time it is great to fly in so most of the time planes are safe.
ye cant
Yesh. But She Cant Go By Plane. Pregnant Women Cant Go On Planes.
you cant travel with the ball
The air gets to thin because their is not enough oxygen.
Sorry there is no cheats for planes and you cant fly planes on vice city stories
No Cause they cant travel to jobs its travel to an ecosystem
it cant travel through light.