What happens to a plane's air speed when the nose drops slightly, is that the plane accelerates.
well you see the effects may vary greatly depending upon factors such as wind speed, wind direction, altitude, humidity etc ,etc. some factors have small but significant effects such as causing the air that is passing over the tops of the wings to become more dense therefore generating more drag this in turn would create a fairly substantial decrease in air speed if the nose was turned down. however this is only one given situation with simple variables there are also other conditions that are beyond my ability to describe here :). so to fully answer your question my inquisitive friend, the planes air speed due to dropping the nose slightly can vary greatly due to a huge range of variables and circumstances. i hope this works for you :) good luck with any further querys.
Planes pick up speed by using their engines to generate thrust, which propels the aircraft forward. As the plane gains speed, the lift generated by the wings increases, allowing the plane to take off into the air. The faster the plane moves, the more lift it creates until it reaches the necessary speed to become airborne.
In the 1994 film "Speed," the speed that arms the explosive on the bus is 50 miles per hour. If the bus drops below that speed, the bomb will detonate.
No, the Earth's rate of speed in its orbit around the sun remains relatively constant. However, the Earth's distance from the sun varies slightly throughout the year, affecting its orbital speed slightly.
As speed increases, potential energy decreases. This is because potential energy is converted into kinetic energy as an object gains speed.
When the throttle is opened wide, it accelerates down the runway.
it will go the same speed as a bullet from a gun
The speed of its functioning are temporarily reduced slightly when drinking.
No planes are faster than light.
well you see the effects may vary greatly depending upon factors such as wind speed, wind direction, altitude, humidity etc ,etc. some factors have small but significant effects such as causing the air that is passing over the tops of the wings to become more dense therefore generating more drag this in turn would create a fairly substantial decrease in air speed if the nose was turned down. however this is only one given situation with simple variables there are also other conditions that are beyond my ability to describe here :). so to fully answer your question my inquisitive friend, the planes air speed due to dropping the nose slightly can vary greatly due to a huge range of variables and circumstances. i hope this works for you :) good luck with any further querys.
When the throttle is opened wide, it accelerates down the runway.
Wavelength = 1/frequency. If you double the frequency, the wavelength drops to half.
Pictures of planes flying are taken from a similar plane (in speed).
High-speed fighter planes have aerofoil-shaped wings.
No. The thrill comes from speed rather than drops.
We can use ultrasonic planes. They can travel with that speed.
When you first push the throttle, or throttles if you have a multiengine airplane, to the stop the plane will accelerate to its maximum speed. Once it reaches it, the plane will just keep going very fast.