Which stability is associated with stability around the lateral axis?

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Multiple Choice

Which stability is associated with stability around the lateral axis?

Explanation:
Pitch stability is the aircraft’s tendency to return to its trimmed nose position after a disturbance in pitch. The lateral axis runs from wingtip to wingtip, so rotation about that axis is nose-up or nose-down movement. The aircraft’s design, including the position of the center of gravity and the horizontal stabilizer, produces restoring moments that oppose a pitch disturbance and bring the nose back toward the trimmed attitude. This is why stability around the lateral axis is called longitudinal stability. By contrast, roll stability is about the longitudinal axis, and yaw stability is about the vertical axis.

Pitch stability is the aircraft’s tendency to return to its trimmed nose position after a disturbance in pitch. The lateral axis runs from wingtip to wingtip, so rotation about that axis is nose-up or nose-down movement. The aircraft’s design, including the position of the center of gravity and the horizontal stabilizer, produces restoring moments that oppose a pitch disturbance and bring the nose back toward the trimmed attitude. This is why stability around the lateral axis is called longitudinal stability. By contrast, roll stability is about the longitudinal axis, and yaw stability is about the vertical axis.

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