Why do planes fly in the stratosphere?
The main reason airplanes fly in the stratosphere is because this is where the least amount of turbulence is found. In addition, because the stratosphere is very dry, there are fewer clouds in this layer, making for a much smoother ride overall.
Which layer of the atmosphere is the most ideal for flying Aeroplanes?
Stratosphere
Stratosphere: Above the troposphere lies the stratosphere. It extends up to a height of 50 km. This layer is almost free from clouds and associated weather phenomenon, making conditions most ideal for flying aeroplanes.
Do airplanes fly in the troposphere?
Most light aircraft and turboprop aircraft fly within the troposphere and this is where most of the water vapour and therefore cloud formation exists.
Do planes destroy the ozone layer?
Yes, high flying jets can damage the ozone layer, but the consensus of opinion is that at present this damage is trivial and nothing to worry about.
What level of atmosphere do planes fly in?
stratosphere
Commercial jet aircraft fly in the lower stratosphere to avoid the turbulence which is common in the troposphere below. The stratosphere is very dry; air there contains little water vapor. Because of this, few clouds are found in this layer; almost all clouds occur in the lower, more humid troposphere.
Could the Concorde destroy the ozone layer?
Yes, high flying jets can damage the ozone layer, but the consensus of opinion is that at present this damage is trivial and nothing to worry about. If, on the other hand, Concorde-type supersonic transports were to become commonplace, it might be another matter.
Who found ozone layer?
These single atoms combine with nearby oxygen to form a three-oxygen molecule — Ozone. Who discovered the Ozone Layer? The Ozone Layer was discovered by the French physicists Charles Fabry and Henri Buisson in 1913.
Which is layer of the atmosphere do planes fly through?
Jet planes fly through the troposphere to reach the stratosphere, where planes fly more smoothly and experience less weather interference. The height of the troposphere varies with altitude and season. The stratosphere is dry, with little water vapor.
Can a plane fly above or below the troposphere?
Above it, however, is the stratosphere, followed by the stratopause and then the mesosphere. Commercial jets can certainly fly above or below the troposphere, but this layer of the atmosphere offers ideal flying conditions for several reasons.
Why do commercial planes fly in the stratosphere?
Commercial planes are flied at such height only because of availability of less turbulent air there in stratosphere. Jet planes are generally flied at the border of troposphere and stratosphere. So here we can conclude that the altitude selected for flight solely depends on the type of aircraft and the engines being employed with it.
Which is the second layer of the atmosphere?
The stratosphere is the second layer of the atmosphere and the one where the ozone layer is formed and where the planes fly in. The temperatures in the stratosphere are inverse to those in the troposphere, meaning they rise with altitude.
Jet planes fly through the troposphere to reach the stratosphere, where planes fly more smoothly and experience less weather interference. The height of the troposphere varies with altitude and season. The stratosphere is dry, with little water vapor.
Commercial planes are flied at such height only because of availability of less turbulent air there in stratosphere. Jet planes are generally flied at the border of troposphere and stratosphere. So here we can conclude that the altitude selected for flight solely depends on the type of aircraft and the engines being employed with it.
Above it, however, is the stratosphere, followed by the stratopause and then the mesosphere. Commercial jets can certainly fly above or below the troposphere, but this layer of the atmosphere offers ideal flying conditions for several reasons.
The stratosphere is the second layer of the atmosphere and the one where the ozone layer is formed and where the planes fly in. The temperatures in the stratosphere are inverse to those in the troposphere, meaning they rise with altitude.