The wings maybe? Their wingspans are different I guess... :) The wings maybe? Their wingspans are different I guess... :) THEY DON'T THEY JUST LOOK LIKE THEY DO BECAUSE THEY NEED TO FLAP FASTER !
It depends on the species of bird
u look at her\his wings and see if 1 is longer. if the 1 has longer wings means that is a female and the shorter winged one is a male. what school are u from?
Gravitation pulls everything down (people, rocks, birds, planes..) It takes a force to counter the pull of gravity; in birds' case, it's lift from the birds wing. As air flows past the wing the fact that the length of chord of the upper wing is slightly longer then the length of the chord of the bottom of the wing - this induces a difference in flow speed and creates a slight upward force called lift. The faster a bird goes, the higher the lift (to a limit.) The longer the wing, the more lift is generated - this is why bird with very long wingspans can travel long distances and go very high compared to birds with shorter wings.*If a bird's wing cannot generate enough lift, the bird will fall to the ground: they must overcome the pull of gravity. * Note - high speeds are counter to large wings, hawks have shorter and swept vs broad wings on Eagles. The Eagles can go higher and longer, but the Hawks can go faster for short periods of time.
The spinner with longer wings has a greater surface area, which increases air resistance and slows down its fall. This air resistance counteracts the force of gravity acting on the spinner, causing it to descend more slowly than one with shorter wings.
Because of their wings that makes them fly longer than other birds
Yes. Takahe are birds, and all birds have wings. Even flightless birds have wings, though they are of little or no use.
No, birds have lungs in their chest cavity not their wings.
Two, all birds have two wings.
This means that the distance of your spread wings is longer than you are tall.
they flap wings
When the wings of a rotorcraft are made shorter, the rotational inertia of the rotor system decreases. This reduction in inertia allows the rotor to accelerate more quickly, resulting in an increase in rotational speed. Shorter wings also reduce drag and increase the rotorcraft's overall efficiency, contributing to a faster speed.