The more gravity the shorter it will fly. * Gravity has very little to do with aerodynamics. Aerodynamics is the study of the motion of an object through a medium ie. air or water and the disturbances in causes in that medium ie. turbulence etc. The only contribution gravity makes is to the density of that medium.
The laws of aerodynamics explain the flight of the bumblebee by showing how its wings create lift and thrust to keep it airborne. The bumblebee's wing shape and motion allow it to generate enough force to overcome gravity and move through the air efficiently.
A blimp uses the four forces of aerodynamics by generating lift to counteract gravity, creating thrust to move forward, and adjusting its control surfaces to maintain stability and control. It also experiences drag as it moves through the air, which opposes its forward motion.
The study of aerodynamics is called aerodynamics. It deals with the motion of air and other gases and its effects on bodies moving through them, such as aircraft.
Aerodynamics in itself is plural. Aerodynamic would be the singular form. Example: The airplanes wing was very aerodynamic. This would mean that the wing is capable of producing lift, drag etc. The plural form would be aerodynamics because you are talking about a wide range of ideas related to an object going through the air.
Aerodynamics.
lift and gravity are related because they are both forces of aerodynamics
It falls under physics along with gravity.
Thrust to over come gravity, a guiding system and a knowledge of aerodynamics.
Insects fly by air aerodynamics lift,thrust,drag,gravity! Sheesh use your brains!
Aerodynamics
The laws of aerodynamics explain the flight of the bumblebee by showing how its wings create lift and thrust to keep it airborne. The bumblebee's wing shape and motion allow it to generate enough force to overcome gravity and move through the air efficiently.
the aerodynamics is the stupid answer that no one knows
aerodynamics can be tested by a wind tunnel
1) Structure (strength 2) Aerodynamics 3) Thrust 4) Stability 5) Center of Gravity (CG)
A blimp uses the four forces of aerodynamics by generating lift to counteract gravity, creating thrust to move forward, and adjusting its control surfaces to maintain stability and control. It also experiences drag as it moves through the air, which opposes its forward motion.
internal aerodynamics and external aerodynamics. internal is related to flow of ducts and external to going away from the bodies.
It depends on the model (RS/GS/GT). The car has no governor and will travel as fast as it physically can (aerodynamics, horsepower, torque, gravity, etc)