Question

Why would an aircraft be unable to fly on the moon?

Answer 1

Hint: As we all know in space there is no air, and without air nothing can fly. On the moon also, there is a lack of air or no air. An aircraft's operating expenses and fuel efficiency are balanced at roughly \[35,000{\text{ }}feet\] , which is why commercial planes often fly at that level.

Complete answer:
Air is required by an aircraft because the air moving beneath its wings is strong enough to hold it up, and air is also necessary to burn the gasoline in its engines. An aircraft cannot fly on the moon because there is no air. Planes and helicopters use the Earth's atmosphere's resistance (mainly nitrogen gas) to provide "lift," allowing them to fly. Both would be unable to fly to the Moon since they would have to leave the Earth's atmosphere to do so.

We all know that airplanes rely on air to produce both lift and propulsion. But after reaching some height in the earth’s atmosphere, there is no air in the space to lift up the airplanes. Without air an airplane cannot travel to the moon. When a passenger plane flies too high, it approaches 'Coffin Corner.' The plane's low-speed stall and high-speed buffet collide at this point, and the plane can no longer maintain its altitude, forcing it to descend.

Note: Even the most advanced fighter jets are unable to travel into space. The F-35 Lightning II has a service ceiling of roughly \[15{\text{ }}kilometres{\text{ }}\left( {nine{\text{ }}miles} \right)\] , making it the world's most advanced aircraft. Fighter jets can't fly this high because of their power supply. The proper operation of jet engines is dependent on air intake.