Final answer:
In a 45-degree banking turn, a small unmanned aircraft will maintain altitude.
Step-by-step explanation:
In a 45-degree banking turn, a small unmanned aircraft will maintain altitude.
When an aircraft banks at a certain angle, the lift force generated by the wings is split into two components: the vertical component and the horizontal component. The vertical component of lift balances the weight of the aircraft, while the horizontal component of lift provides the necessary centripetal force to keep the aircraft in a curved path. In a 45-degree banking turn, the vertical component of lift remains the same, allowing the aircraft to maintain altitude.
In a 45-degree banking turn, a small unmanned aircraft will typically maintain altitude. The lift force created by the aircraft's wings is responsible for keeping the aircraft aloft. This lift force has two components during a turn: a vertical component that counteracts gravity and maintains altitude, and a horizontal component that changes the direction of the aircraft. Therefore, if executed correctly, the aircraft will not roll over, increase, or decrease altitude substantially during a 45-degree banking turn.