University Physics 1 - Formula Sheet

1 One Dimensional Kinematics Newton s Laws of Motion Applications of Newton s Laws Work and Kinetic Energy Avg speed = lim 0 =lim 0 = lim 0 =lim 0 Constant linear acceleration = + = + 12 ( + ) = + +12 2 2= 02+2 ( 0) = = = | |= = 2 cos 12 2 = =12 2 = = = + 12 2 = Potential Energy and Conservation of Energy University Physics 1 - Formula Sheet Linear Momentum and Collisions Rotational Kinematics and Energy =lim 0 = = = =.

2 Lim 0 = lim 0 =2 = = = 2 = = 1 1+ 2 2+ 1+ 2+ = = 1 1+ 2 + 1+ 2+ Constant angular acceleration = + = +12( + ) = + +12 2 2= 02+2 ( ) 2= 1 12+ 2 22+ =1 2 (N point masses) 12 2 = + =12 2+12 2 Gravity sin = = sin = = = 1 2 2 = 10 11 2 2 = 1 2 2=4 2 3 = 2 A list of solar system data is located at the end of the Formula Sheet Moments of Inertia for Uniform, Rigid Objects of Various Shapes Rotational Dynamics and Static Equilibrium Radius of Earth: RE= m Radius of Moon: RM= m Mass of Earth: ME= kg Mass of Moon: kg Mass of Sun: kg Earth-Moon distance: m Earth-Sun distance: m Solar System Data