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12 Cards in this Set

  • Front
  • Back
Force centripetal
Fc = m*v^2/r
Force gravitational
=GM*M/r^2
Centripetal acceleration
Acceleration is perpendicular to the velocity, points toward the center of the circle
Angular velocity in linear terms
Omega in terms of period
Centrifugal force
Outward force exerted by object that has centripetal force exerted on it
Kepler's First Law
All orbital paths are elliptical
Kepler's Second Law
Object moves faster and experiences a greater force when it is closer to object about which it orbits
Kepler's Third Law
T squared is proportional to R cubed
Static fiction
no sliding
Kinetic friction
Sliding, this is less than static friction
Mechanical advantage
Weight of object to be supported/applied force needed to support the object
Equal to the number of cords supporting a moving pulley