Any kind of powered airplane can leave contrails under the proper condition. Rocket planes always leave contrails. Jets usually leave contrails but may not if the atmospheric conditions are not right. Even internal combustion engine planes can leave contrails if they operate at very high altitude and the atmospheric conditions are just right. For more information, check out this link. http://cimss.ssec.wisc.edu/wxwise/class/contrail.html
To be an airplane with jet engines? All jet airplanes leave contrails.
Contrails are just condensation from the hot gases leaving the engine of the plane interacting with the cold air in the upper atmosphere.
Sulfur particulate and contrails from aircraft can produce high altitude pollution
Almost all aircraft flying in the high, cold sky leave contrails. These are trails of hot air from engines running in very cold air. In World War 2 the bombers going up high in early mornings left very visible trails.
The white trails left behind jets are known as contrails.
Their are people that believe that the contrails left by aircraft are some government conspiracy but this is not the case. They are simply water vapor trails. They are triggered by the water vapor in the exhaust of aircraft engines or changes in air pressure over the wings surface.
Contrails is a shortening of condensation trails.
No it is the weather that facilitates the production of contrails.
Jet contrails are water condensation resulting from the rapid compression and decompression of the air around the wing as the airplane moves through the atmosphere. The atmospheric conditions have to be just right for contrails to occur, and that is why you sometimes see contrails seem to wink off and on, as the airplane passes through drier air the contrails will stop.
There were 70 types of planes in ww1
contrails are "clouds" formed by the hot, humid air from plane/jet engines which mixes with water vapor high in the sky, then turning into ice crystals which then create contrails.
An anthropogenic cloud is a cloud formation that is a result of human activities, such as industrial processes, pollution, or aircraft emissions. These clouds can have impacts on weather patterns, climate change, and air quality.