How does speed affect the rate of turn?
The radius of turn varies with changes in either speed or bank. If the speed is increased without changing the bank angle, the radius of turn increases, and vice versa. If the speed is constant, increasing the bank angle reduces the radius of turn, while decreasing the bank angle increases the radius of turn.
What happens to airspeed in a turn?
Doubling the airspeed results in a radius of turn that is four times greater while tripling the airspeed would result in a radius that is nine times greater. Conversely, if the aircraft speed remains constant, increasing the bank angle will decrease the turn radius.
Hence, the distance traveled during the turn increases as the square of the speed. Even though the aircraft is flying faster, the distance to be flown increases faster than the speed. As a result, the time taken to complete the turn is increased and the turn rate decreases.
When does the rate of turn increase without changing airspeed?
If the aircraft decreases speed without changing the bank angle, the rate of turn increases If the aircraft bank angle increases without changing airspeed, the rate of turn increases If the aircraft bank angle decreases without changing airspeed, the rate of turn decreases
When does rate of turn decrease without changing bank angle?
If the aircraft increases speed without changing the bank angle, the rate of turn decreases If the aircraft decreases speed without changing the bank angle, the rate of turn increases If the aircraft bank angle increases without changing airspeed, the rate of turn increases
How is the rate of turn affected by inertia?
The equal and opposite reaction to this side-ward force is centrifugal force, which is merely an apparent force as a result of inertia If the aircraft increases speed without changing the bank angle, the rate of turn decreases If the aircraft decreases speed without changing the bank angle, the rate of turn increases