The troposphere is the layer of Earth's atmosphere where the Concorde could travel because it is the lowest layer where most weather occurs, offering a relatively stable environment for flight. Additionally, the troposphere is dense enough to provide lift for the aircraft and contains most of the atmosphere's oxygen for combustion during flight.
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The stratosphere is characterized by a stable atmosphere, which allows for smoother and more efficient flight conditions. It has a temperature inversion, where temperatures increase with altitude, reducing turbulence and enhancing fuel efficiency. Additionally, the stratosphere contains the ozone layer, which protects aircraft from harmful UV radiation while providing optimal cruising altitudes for supersonic travel. These factors made it ideal for the Concorde's operations.
The stratosphere is the ideal layer for the Concorde to travel due to its high altitude, which reduces air resistance, allowing for faster speeds. Additionally, the stratosphere's stable atmospheric conditions provide smooth flying conditions for the Concorde, enhancing passenger comfort. The stratosphere also offers lower turbulence and less weather disturbances, enabling efficient and safe travel for the supersonic aircraft.
The stratosphere is the ideal layer of the atmosphere for flying airplanes due to its stability and smooth air currents, which minimize turbulence and provide more efficient fuel consumption. In the stratosphere, the jet stream can also help increase the speed of the aircraft.
2 characteristics of the crust- the crust is composed of igneous, metamorphic, and sedimentary rock. It is the coolest layer for it is the first and farthest layer from the core.
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less air resistance because air density is less.
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The Concorde aircraft cruised at Mach 2 at about 19,000 m (62,000 ft), and the SR-71 cruised at Mach 3 at 26,000 m (85,000 ft), all within the stratosphere.
Airplanes travel through the stratosphere and the ozone layer is between the mesosphere ans stratosphere!!!!
The stratosphere is the ideal layer for the Concorde to travel due to its high altitude, which reduces air resistance, allowing for faster speeds. Additionally, the stratosphere's stable atmospheric conditions provide smooth flying conditions for the Concorde, enhancing passenger comfort. The stratosphere also offers lower turbulence and less weather disturbances, enabling efficient and safe travel for the supersonic aircraft.
Yes, a boundary layer can take place for ideal fluids. A boundary layer is the separation that is associated with strong flow deceleration or strong adverse pressure gradients.
it has limited capillaries and no vital organs.
well...magnium, tin, pearls, diamonds, and rubys are characteristics