The wings are the primary source of lift for an airplane. The horizontal stabilizer of most modern transport aircraft produces lift also, but the lift vector of the stabilizer is usually in the opposite direction (down) in order to keep the aircraft at the proper pitch attitude. Some aircraft configurations are designed so that the aircraft body itself provides lift. The Space Shuttle is an example of a "lifting body" aircraft.
The horizontal stabilizer (horizontal 'tail wings'), with the small movable control surfaces at their back edge, are responsible for controlling the airplane's "pitch" -- that's the nose-up or nose-down attitude. Without them, the nose couldn't be kept level, or pitched up or down for rapid climb or dive maneuvers. They're also involved in a properly "coordinated" banked turn; without them, the plane could still turn, but peanuts and drinks might be sacrificed.
Horizontal force in one component of the magnetic force on earth. Horizontal is a direction, and force is any external efforts that causes an object to change.
Horizontal motion is only constant when it is not being affected by any forces, e.g. the horizontal motion of a projectile after it's shot.
Our jumping is a vertical motion, while walking is a horizontal motion. Exercises are done by both horizontal and vertical motion.
the horizontal stabilizer controls the pitch of the airplane
A vertical or horizontal stabilizer helps the plane to be balanced
the horizontal stabilizer controls the pitch of the airplane
It is called the horizontal stabilizer. The elevators are mounted on the tail end of it.
fuselage wings ailerons flaps landing gear tail vertical stabilizer horizontal stabilizer rudder elevators engine
Most typical aircraft have a conventional tail layout that looks like an upside down 'T' with the vertical stabilizer intersecting the horizontal stabilizer at its bottom end. A T-tail aircraft has the horizontal stabilizer at the top of the vertical stabilizer. So instead of an upside down 'T', it looks like a proper 'T'. For an example see the link below.
In chemistry, a stabilizer is a chemical that inhibits the reaction between other chemicals. In aerodynamics, stabilizers are structures that produce stability along the horizontal or vertical axis.
It act as a stabilizer or suspending agents.
basically, Fuselage, wings, horizontal stabilizer/vertical stabilizer, Propulsion, control surfaces. in large airplanes though there can be hundreds of thousands of parts.
An inverted airfoil on the the horizontal stabilizer of an airplane will stabilize the aircraft along the horizontal axis in forward flight.
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It's the part you sit in, the part to which the wings, rudder, and horizontal stabilizer are attached.