# Physics equations 1: 1.42: 1.73: .864: .55: .56: .87 Define Newton's Laws 1: Law of Inertia2: F=ma3: equal and opposite forces in equillibrium Equations: 5 Kinematic     Equations: Gravity  Equations for Inclined Plane  Equations: Circular Motion , Equations: Friction  Equations: Hooke's Law Equations: Center of Mass/Gravity  (insert w for m (mg)) Equations: Torq and Energy when theta=90, T=Fd , , Equations: Work and Power    Equations: Momentum and Impulse (special info)  Constant and vectorElastic collision use conservation energyInelastic collisions, use conservation momentum Equations: Rest Mass Energy Density of Water and General fluid pressure equations       Equations: Fluids at Rest  Equations:Fluids in Motion   Equations: Solids Define: Stress, Strain Stress: Pressure ( ) , Strain: Change ( )  (FLEA and FLAG Equations: Waves 2 big rules: Medium and wavelength dictate Speed; Frequency does not change between medium transitions (unless light) , , Equations: Sound , (increases with A^2 and F^2) ,  , approaching F>, Receding F< Equations:  Harmonic Wave Length Standing wave closed ends (n=odd) Standing wave open ends   (n=all) Equations: Electromagnetic Radiation , , index of refraction (n)  E= energy of a photon h is Plank's constant light bends toward normal Equations: Mirror and Lenses , ,  , *o=object distance, f=focal length, i=image distance*+i=real, +m=upright*words with "v" have negative signs*for lenses, use mirror equations, but switch signs on f and real/virtual images are on opposite side of lens when compared to mirror AuthorAnonymous ID235177 Card SetPhysics equations DescriptionPhysics equations Updated2013-09-16T21:16:49Z Show Answers