Well, obviously, most flying birds are able to generate at least as much thrust as is their body weight. But most birds are unable to take off in vertical flight - so that modest thrust is about the limit for most birds. Indeed, few birds can manage vertical flight with a sustained ascent.
In New Zealand, we have a native pigeon, Kereru, which loves a matai berry - about the size of an acorn. These they eat in sufficient quantity such that they cannot even maintain level flight!
I can tell you HOW: they used the forces of flight; lift, thrust, drag, and gravity That's pretty much WHY they achieved flight
Thrust Capacity is how much thrust it can take :D
small feathers that cover the body of a bird and are not used so much for flight.
The airplane is flown by the shape it is in and how much weight, drag and thrust there is. The wind travels over and under the plane to main tain flight.
A jet engine can produce heat in the range of 1,600 to 2,000 degrees Celsius (2,900 to 3,600 degrees Fahrenheit) during operation. This intense heat is necessary for the engine to efficiently combust fuel and create the thrust needed for flight.
The amount of thrust depends on the power of the engine
Birds can typically carry up to half of their body weight while flying.
Yes, very much so. Feathers come in three general varieties: 1. Flight feathers, 2. Plumage or ornamental feathers, 3. Down The feathers underneath the flight feathers keep the bird warm.
there is not much difference between thrust anf force...its just that thrust is the force acting perpendiclular to the surface thrust will always be either equal or greater than force.
The flight feathers are the feathers located on the wings and tail. There are primary flight feathers that on the bird would be equivalent to our hand. A bird also has secondary flight feathers which when comparing to a human would be our forearm. If you unfold the wing of a bird you will see the flight feathers.
33,000 pounds of thrust is equivalent to a force of 146.9 kilonewtons. This amount of thrust is commonly used as a unit of measurement for the power of jet engines and rockets.
They breathe pretty much the same way humans do: through their nose from which the oxygen travels to the lungs where it is removed from the other gases in the air breathed in. Then the other unusable gases are expeled through their nose or mouth.