An incorrect center of gravity location can affect which aspects?

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Multiple Choice

An incorrect center of gravity location can affect which aspects?

Where the aircraft’s weight acts relative to the center of gravity determines how it tends to stay level and how easy it is to pitch up or down. If the center of gravity is too far forward, the airplane becomes very statically stable but loses elevator authority, making climbs and rotation harder and increasing stall speed. If the center of gravity is too far aft, the airplane becomes less stable and more pitch-sensitive, which raises the risk of loss of control because small inputs can cause large pitch changes. So an incorrect CG location directly affects stability and controllability. Engine horsepower, battery voltage, and fuel capacity are not set by where the weight sits; they’re determined by the powerplant, electrical system, and tank design.

Where the aircraft’s weight acts relative to the center of gravity determines how it tends to stay level and how easy it is to pitch up or down. If the center of gravity is too far forward, the airplane becomes very statically stable but loses elevator authority, making climbs and rotation harder and increasing stall speed. If the center of gravity is too far aft, the airplane becomes less stable and more pitch-sensitive, which raises the risk of loss of control because small inputs can cause large pitch changes. So an incorrect CG location directly affects stability and controllability.

Engine horsepower, battery voltage, and fuel capacity are not set by where the weight sits; they’re determined by the powerplant, electrical system, and tank design.

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