what, with an airspeed over the wing of zero?
This could only happen if the brakes are on.So the plane rolls forward relative to the belt, but the belt moves the plane backwards by the same amount and the plane remains stationary relative to the air.
Go away and think about what you've just posted
MW
This densely packed air/fuel mixture is ignited and the resultant "explosion" accelerates the gases out the rear of the engine at a very high rate of speed.
Hmmmmnnnn I'm hoping you're just having a laugh now, or perhaps you're ****edSomeone posted in the other thread 'Wheels or no wheels a force is pushing the friggin thing forward' Making the mistaken assumption that there is nothing pushing back. Like rolling resistance which will increase with the rotational speed of the wheels.
That's the Navy bolloxed with the Aircraft carriers thenGo away and think about what you've just posted
MW
I have thought about it.
Someone posted in the other thread 'Wheels or no wheels a force is pushing the friggin thing forward' Making the mistaken assumption that there is nothing pushing back. Like rolling resistance which will increase with the rotational speed of the wheels.
Isnt that adding another problem to the equation, dont they go up and down aswell with the wavesThat's the Navy bolloxed with the Aircraft carriers thenGo away and think about what you've just posted
MW
I have thought about it.
Someone posted in the other thread 'Wheels or no wheels a force is pushing the friggin thing forward' Making the mistaken assumption that there is nothing pushing back. Like rolling resistance which will increase with the rotational speed of the wheels.