Question

Is it possible for a plane to go 'round the world so fast the passengers get stuck to the ceiling?

Could the wings provide a downward force to prevent the plane from off into space?

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Answer 1

At orbital speed near the surface of earth, you would experience zero gravity. At faster speeds, you would need inverse wings to keep you down.

that speed is

Satellite motion, circular

V = √(GM/R) = √(3.98e14/6.37e6) = 7900 m/s

or 7.9 km/s or 4.9 mi/s or 18000 mi/hr or mach 25

Answer 2

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At orbital speed near the surface of earth, you would experience zero gravity. At faster speeds, you would need inverse wings to keep you down.

that speed is

Satellite motion, circular

V = √(GM/R) = √(3.98e14/6.37e6) = 7900 m/s

or 7.9 km/s or 4.9 mi/s or 18000 mi/hr or mach 25

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