The power required for an airplane depends on these main factors
Weight: Increased weight effects two main power related factors: the inertia of the aircraft will be greater, and therefore more power will be required to accelerate it within the length of a runway
Induced Drag (the drag created by the wing when it produces lift) will be increased as the wing will be under more load, and so more power, or thrust, will be required to overcome this drag
Role: What speed the aircraft is designed to fly at: more speed needs more power
Coefficient of Drag: How much drag is created by the aircraft a a whole, generally more for large aircraft. the greater the Cd, the more power needed
Generally, a small training aircraft will have around 160-200 Hp, large propeller aircraft (eg. DC3) around 1000 Hp and airliners ranging from 20,000 to 80,000 lb of thrust
propellerfuselagefinwingsstabiliser
it has no limit of speed.Speed of an aeroplane depend on its engine power and aerodynamically design.
They are small airplanes which use rubber elastic bands as their power source
A Glider.
An airplane has wings to generate the lift required for flight.
there is no matter that bird collide although the matter is that where the the bird get collide on aeroplane. If the bird collides on the glass of aeroplane then result in nothing if bird get collides in turbine engine. Then it got crashed. because the aeroplane got dis-balanced immediately
1 of the part is the Wing
An aeroplane is a heavier than air machine with wings and an engine to propel it.
Twice
In most cases yes, they use batteries to start the engine.
The more the vehicle weighs the more mass the engine must move. The more mass that the engine is required to move, the more power it requires. A larger engine with more power required to move a heavier vehicle uses more fuel.
The aeroplane takeoff is controlled by the engine speed and the elevators.