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jet-planes-fly-in-which-layer-of-the-atmosphere-data Commercial jet planes fly in the lower stratosphere to avoid turbulence. The bottom of the stratosphere is approximately 10 kilometers or 33, feet above.  The troposphere, the lowest layer of Earth’s atmosphere, is where almost all weather occurs. 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. Therefore, a small amount of clouds are found in this layer compared to the troposphere. How Airplanes Fly – Aerodynamic Forces. Airplanes are constructed such that the airflow pattern around them generates lift, thereby enabling them to fly. The airflow in turn is produced by the forward motion of the plane relative to the air. This forward motion is produced by engine thrust, delivered by way of propeller engines or air-breathing engines (turbines). Airplane engines produce thrust by accelerating the airflow in the rearward direction.  On a related note, planes will often fly in high altitude jet streams. These are fast flowing air currents. A plane can be "carried" by a jet stream and as a result dramatically reduce flight time if the jet stream is flowing in the intended direction of travel. Commercial jet aircrafts, typically fly at altitudes of feet to feet. That is, they fly in the lower level of Stratosphere and also in the top level of the Tropopause. One exception is the Concorde, Continue Reading.  The layer of the Earth's atmosphere where most planes fly is the TROPOSPHERE. Explanation: The TROPOSPHERE is the layer of the atmosphere closest to the Earth.  This layer contains 75% of our atmosphere's mass and 99% Jet Planes Fly In Which Layer Of The Atmosphere Test of atmospheric water vapor. It is also the layer that contains all of our weather. To avoid turbulence and bad weather, larger planes will sometimes fly in the upper boundary of the Troposphere, called the Tropopause, or even into the lower boundary of the next layer, called the Stratosphere. 1.

Planes fly in the second layer of the atmosphere called the stratosphere. This layer is placed above the troposphere and below the mesosphere. The layer got its name because it is stratified in temperature. This means that the warmer layers are higher up while the colder layers are closer to our planet. The reason the temperature increases with height is because of the ozone layer. This makes the stratosphere opposite of the troposphere, the layer where humans live.

In that layer, the temperature decreases the higher we go. The stratosphere is separated from the troposphere by a layer called the tropopause. This is the place where the temperature inversion starts to happen. The height of the stratosphere changes depending on the part of the planet. It can be 66, feet high near the equator, but it gets significantly lower when ths approach the poles.

There, the stratosphere begins at heights of just 23, feet. The temperatures in the stratosphere vary greatly but are always much colder than the surface of our planet. However, the temperatures in this layer are known to vary greatly depending on the season we are jet planes fly in which layer of the atmosphere data. During the winter, they can get extremely low.

The winds blowing in the stratosphere are much stronger later those in the troposphere. They can reach speeds of up to miles per hour. The stratosphere is the layer of the atmosphere where we can find the ozone layer.

The ozone layer forms when molecular oxygen absorbs the extremely high amounts of energy coming from the Sun.

This happens at wavelengths that are shorter than nanometers. When the oxygen molecules split, they produce radicals that combine with molecular oxygen and then form ozone. Ozone gets photolyzed faster than molecular oxygen.

It also has a stronger absorption because of the more intense solar emission at its wavelengths. The ozone layer is also on as the ozone shield, and it absorbs the majority of the ultraviolet radiation coming from the Sun. We mainly find the ozone layer in the lower parts of the stratosphere, although this varies depending jet planes fly in which layer of the atmosphere data the geographical location.

The majority of commercial airlines fly at heights between 30, and 39, feet, which makes up the lower parts of the stratosphere. These parts are chosen because flying through them is optimal for the consumption of fuel.

The low temperatures combined with low air density are responsible for this. They allow the planes to fly faster while also maintaining the qhich lift. Due to the constant temperature in the tropopause and the stratosphere, there is less chance of turbulence to occur there. Jet planes fly in which layer of the atmosphere data turbulence that happens when we fly somewhere in commercial flights is caused by local wind shears and small variations that happen in the jet stream.

However, the dangers of thunderstorms may cause stronger turbulence in these parts. 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 dsta troposphere, meaning they rise with altitude. The reason airplanes fly through the stratosphere is that doing so is the most efficient way for fuel consumption. Are There Tigers In Africa? Is The Irukandji Jellyfish Deadly? Do Starfish Have Eyes? What Color Is Lightning?

7) The altitude indicated on board an aircraft flying in an atmosphere where all atmosphere layers below the aircraft are warm is: A) the same as the real altitude ; B) higher than the real altitude ; C) lower than the real altitude ; D) equal to the standard altitude 8) An aircraft is flying at an TAS of Kt at FL, temperature deviation. No aircraft is allowed to fly above the cloud ceiling. If the atmosphere structure is such that the cool layer of air is under the warmer layer, then that part of the atmosphere is: Unable to determine from the information given Modern commercial airlines have large jet aircraft with typical cruise altitudes in . Dec 02,  · Jet planes fly in the Stratosphere. Most planes fly in the layer of atmosphere found nearest or closest to the earth i.e. the Troposphere. Larger planes though are found flying in the upper part of the troposphere, the Tropopause or the lower part of the stratosphere as this layer keeps them saved from disturbances owing to weather conditions.

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