What parts do birds and airplane have same body parts?

Birds and airplanes share some similarities in their body parts due to their adaptation for flight. Here are some of the common body parts between birds and airplanes:

1. Wings: Both birds and airplanes have wings that enable them to generate lift and fly. In birds, wings are made of feathers and controlled by muscles, while in airplanes, they are fixed structures covered with aerodynamic surfaces.

2. Tail: Both birds and airplanes have a tail that provides stability and control during flight. In birds, the tail is made of feathers and helps with steering, balancing, and landing, while in airplanes, the tail is a fixed structure with movable parts like elevators and rudders for control.

3. Body: Both birds and airplanes have a body that houses various organs and systems necessary for flight. In birds, the body is streamlined and covered with feathers, while in airplanes, it is a fuselage that encloses the passengers, crew, cargo, and engines.

4. Flight Control Surfaces: Both birds and airplanes have flight control surfaces that allow them to maneuver in the air. In birds, these surfaces include the wings, tail feathers, and primary flight feathers, while in airplanes, they include ailerons, elevators, and rudders. These control surfaces enable changes in direction, altitude, and stability during flight.

5. Feathers: Birds have feathers that serve multiple functions, including flight, insulation, waterproofing, and communication. Although airplanes don't have feathers, some aircraft have similar aerodynamic structures, such as winglets or vortex generators, that improve flight performance.

6. Beak and Nose: Although not exactly the same, birds have a beak, and airplanes have a nose. The beak of a bird is used for feeding, preening, and defense, while the nose of an airplane houses various sensors and equipment necessary for navigation and flight control.

7. Hollow Bones: Some bird species have hollow bones that help reduce their overall weight and aid in flight. Similarly, many modern airplanes also use lightweight materials and hollow structures to reduce weight and improve fuel efficiency.

It's important to note that while birds and airplanes share similarities in certain body parts due to their adaptation for flight, their overall structures and functions are quite different, and there are many other aspects that distinguish them from each other.