The velocity of air in a plane is determined by measuring the airspeed using instruments such as a pitot tube and air data computer. The pitot tube measures the total pressure of the air around the plane, which is then used to calculate the airspeed.
The velocity of air in a plane can be affected by various factors such as the angle of attack, altitude, air density, and the speed of the aircraft. These factors can also be influenced by weather conditions and the design of the plane.
The velocity of air is a crucial factor in determining the lift and drag forces on a plane, which directly affect its flight performance. A higher air velocity can result in increased lift and decreased drag, allowing the plane to fly faster and more efficiently.
Yes, the velocity of air in a plane can change during flight due to various factors such as changes in altitude or air density. Pilots can also adjust the velocity of air by changing the engine power or adjusting the control surfaces of the plane.
The velocity of air in a plane refers to the speed at which the air is moving around the plane, while the velocity of the plane itself refers to its overall speed and direction of motion. These two velocities may not always be the same, as the plane's motion can be affected by external factors such as wind or air turbulence.