What is a key difference in how single-engine and multi-engine aircraft respond to turbulence?

Multi-engine aircraft typically handle turbulence more effectively than single-engine aircraft due to their larger size, increased stability, and greater wing surface area. This greater stability can help dampen the effects of turbulence, making the flight experience less bumpy for passengers and crew. Additionally, the design and drag characteristics of multi-engine aircraft allow for more control and adaptability during turbulent conditions.

Single-engine aircraft, being generally smaller and lighter, may exhibit more pronounced movements in response to turbulent air, often resulting in a bumpier ride.

It's important to note that all aircraft are affected by turbulence to varying extents, but the structural and aerodynamic features of multi-engine aircraft generally provide them with an advantage in managing turbulence. This differentiation plays a crucial role in flight safety and passenger comfort, especially in varied weather conditions.