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This is a discussion on I need to calculate the banking angle of an aircraft of mass 80,000kg doing a within the Cars and Bikes forums, part of the Main Category category; turn of radius 1800m at 200m/s? Full Question: An aircraft enters a correctly banked turn of radius 1800m at ...
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| Junior Member Join Date: Jun 2008
Posts: 1
| turn of radius 1800m at 200m/s? Full Question: An aircraft enters a correctly banked turn of radius 1800m at a velocity of 200m/s. If the aircraft has a mass of 80,000kg, determine: i) The centripetal force acting towards the centre of the turn; ii) The angle of bank Serious answers only please! |
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| | #2 |
| Junior Member Join Date: Jun 2008
Posts: 2
| Oh, my goodness! Are you doing his homework for him, Bobo? |
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| | #3 |
| Junior Member Join Date: Jun 2008
Posts: 2
| People inside the plane are still being pulled down by gravity with a force of m*g=9.8*m. The airplane is also holding the people within it with a force of m*v^2/r=22.22*m. So you've got a horizontal force and a vertical force. 22.22*m ----------------------> | |9.8*m | V People are most comfortable when they are accelerated into their seats (not the window or ceiling), so the bank angle will be perpendicular to the sum of those two vectors. Your result should be about 65 degrees (though the 5 isn't a significant digit-- you should be able to get the final answer on your own). But oh those poor people! They'll be accelerated to almost 3 gs! |
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