Unformatted text preview: 66 Chapt. 6 Newton’s Laws and Dynamics II a) linear (or Hooke’s law) force in all cases. b) gravitational force. c) tension force. d) contact force. e) animal force. 006 qmult 10550 1 1 5 easy memory: plane banking fullmult 20. ∗∗ A plane flying at 500 km / h on the level is making making a circular turn with radius 5 . 0 km. The lift force on a plane is PERPENDICULAR to the wings. The gravity force points down as always. What angle is does the plane have to bank at (i.e., at what angle to the horizontal must its wings be tilted) to make the turn? HINT: This is really just the road banking problem all over again. Solve for the banking angle using Newton’s 2nd law. Draw the free body diagram. a) 2 . 1 ◦ . b) 4 . 1 ◦ . c) 10 . 2 ◦ . d) 17 . 4 ◦ . e) 21 . 5 ◦ . FullAnswer Problems 006 qfull 00220 1 3 0 easy math: simple harmonic oscillator constants 1. The general position formula for a onedimensional simple harmonic oscillator is x = A cos( ωt ) + B sin( ωt ) , where...
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This note was uploaded on 11/16/2011 for the course PHY 2053 taught by Professor Buchler during the Fall '06 term at University of Florida.
 Fall '06
 Buchler
 Physics, Force

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