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Explanation: The air in the cabin of an aircraft at high altitude can be very dry, which is conducive to building up a static charge. ... Then when you touch the doorknob, those charge densities try to equalize, potentially leading to a harmless shock
The altimeter is essentially an aneroid barometer that reads in units of altitude rather than pressure. This is possible by using the standard atmosphere to make the conversion from pressure to altitude.
Maybe the air passenger had got static electricity from the door knob.
The gravitational force between the Earth and an airplane is greatest when the airplane is at the minimum possible altitude. Its effect on the airplane depends on how the gravitational force is related to the total system of forces on the aircraft, that is, what other forces are acting on it at the same time, whether it's climbing, diving, standing still on level ground, standing on sloped ground in a wind, etc.
No. It is not aerodynamically possible for a regular passenger airplane to do that If the airplane even just slows down, past what is called it's "stall speed", it will fall from the sky. Some military airplanes can hover in the air, but it uses a lot of fuel.
No, it is not possible.
Many, if possible, hundreds!
Earthing is gven to the charge on the knob and they flow through are body towards the carpet of airplanes loor
The gasoline engine.
The airplane was not needed. Many people wanted to develop a means of flying that used something heavier and more controllable than a balloon. Once the airplane was developed many uses were found for it. These included entertainment, carrying the mail faster than was previously possible, military recognisance, and ultimately passenger travel and urgent freight transportation. no airplanes were needed for people who want to get to a place faster and for fat people.
I will treat the passenger is my boss,after all they make my paycheck possible.
Like the passenger is your boss, after all they make your paycheck possible.