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Posted

A plane is standing on a runway that can move (some sort of band conveyer). The plane moves in one direction, while the conveyor moves in the opposite direction. This conveyor has a control system that tracks the plane speed and tunes the speed of the conveyor to be exactly the same (but in opposite direction).

The question is:

Will the plane take off or not? Will it be able to run up and take off?

Posted

I would have to say that my theory is the plane will not be able to take off. With the conveyer moving in the opposite direction, the conveyor will keep the wheels moving,but the plane will not go anywhere. The plane would stay in place.

How many entrys will you wait for before the answer?

Posted (edited)

A small enough plane, a lot of wind, maybe, especially since the moving belt could potentially produce a certain amount of wind, providing some lift.

I'd like to see it tried, even in miniature.

BEAKER! Come here immediately, I have an experiment for you! Now now, don't be afraid, it's perfectly safe ... >:-)

Edited by imperialshadows
Posted (edited)
BEAKER! Come here immediately, I have an experiment for you! Now now, don't be afraid, it's perfectly safe ... >:-)

Present! X-D

I do agree with shadows tough.

Beeker

Edited by Stauder@55
Posted

Errrr... no as the wind speed over the wing would be too low. The more fun question is this:

If it is possible for a space craft to travel just under, but not at or over the speed of light, can someone shoot an arrow within the space craft?

Posted
:-| It's Beeker!

Who's got too much time now, correcting things that aren't even wrong? :-P

You know, this whole thing has me longing for LEGO Muppets now. Imagine the fun whacking that could go on in Muppet Labs!

Muppet Labs: Where the future is being made today!

Posted
Errrr... no as the wind speed over the wing would be too low. The more fun question is this:

If it is possible for a space craft to travel just under, but not at or over the speed of light, can someone shoot an arrow within the space craft?

Inertia. The starting point of the bow is relative to the space craft.

So, yes. Right? 8-|

Posted
Inertia. The starting point of the bow is relative to the space craft.

So, yes. Right? 8-|

I believe yes is the correct answer - although the craft is travelling very fast, the objects within are travelling at the same speed so it's relative.

(I think - I leave it to my WMD contractors to work out maths and physics)

Dr. S.

Posted
Inertia. The starting point of the bow is relative to the space craft.

So, yes. Right? 8-|

The correct answer is unknown. Theories abound, but until it can be attempted, no one will be certain. Many perfectly logical theories have gone down the drain in real world experiments.

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