they move
The Arrhenius equation describes a number of temperature dependent chemical reactions. These comprise not just the forward and reverse reactions, but also other reactions that are thermally influenced such as diffusion processes.
AnswerTo get enough thrust to have lot of wind move under the wings to have the wind lift it up...if you went backwards then the balance of the plane would make it impossible to pilot.
An airplane stays up in the air due to a combination of factors. The main factor is the shape of the wings, which creates lift as air flows over and under them. The engines also provide thrust to move the plane forward, and the overall design of the plane helps maintain stability and control during flight.
In the above equation, Hannah equals Hannah. The proof is that 'racecar' spelled backwards is 'racecar'. Hannah spelled backwards is Hannah. Both words are palindromes, words that are spelled the same forward and backward.
No, "forward" is not an adjective. It is typically used as an adverb or a verb.
use the continuity equation to explain how jet engines provide a forward thrust for an airplane?
An engine producing THRUST keeps an airplane moving forward. Types of engines used by airplanes include reciprocating engines, turbo prop engines, turbojet, and turbofan engines. Some manufacturers are developing electric engines and one bicycle racer powered a very lightweight airplane using pedal power connected to a propeller.
Basically, the engine of the airplane provides thrust, which help it go forward. There are many types of engines that can do the job.
Thrust is the forward motion of the airplane provided by the engines. Lift is the upward force on an airplanes wing.
thrust
Aerodynamics help reduce drag so the engines can produce thrust.
Thrust is the forward movement of an airplane that is provided by the engines. The thrust causes air to move over and under the wings and allows the plane to fly.
No is not correct. Yes is the correct answer because the rearward thrust from the engines(s) of the airplane would move the airplane forward and the wheels would only spin faster on the tredmill.
The engine makes an airplane go forward.
This is interesting: The engines produce forward thrust, which in turn makes the aircraft go forward. The wings are airfoil-shaped, so, when the aircraft moves forward they push air downward, which in turn pushes the aircraft upwards.
The engine makes an airplane go forward.
When airplanes fly, the exhaust gasses from jet engines go behind the engine and push the airplane forward. When the airplanes land on the runway, the directions of the exhaust gas from the engine is changed so it pushes forward. Instead of making the plane go forward, it starts trying to make the plane go into reverse. As a result, it slows down the airplane. That slows down the airplane much faster than just using the brakes would.