Equations+and+Symbols


 * P-2 Equations and Symbols**
 * 2.1 Equations
 * 1) Velocity=meters / seconds
 * 2) Force = Mass x Acceleration
 * 3) Cx = Ax + Bx
 * 4) Cy = Ay + By


 * 2.1 Symbols
 * 1) Cx stands for horizontal magnitude of a vector
 * 2) Ax & Bx stand for the horizontal direction of a vector
 * 3) Cy stands for the vertical magnitude of a vector
 * 4) Ay & By stand for the vertical direction of a vector


 * 2.2 Equations
 * 1) v = x/t
 * 2) v ave = Δx/Δt
 * 3) a = (v f - v i )/t
 * 4) x = (v ave ) t
 * 5) v ave = (v i + v f )/2
 * 6) x= (v i t) + ½ at 2
 * 7) v f = // √ // v i2 + 2ax
 * 2.2 Symbols
 * 1) v stands for velocity
 * 2) x stands for displacement
 * 3) t stands for time
 * 4) a stands for acceleration
 * 5) vf stands for final velocity
 * 6) vi stands for intial velocity
 * 7) Vave stands for average velocity


 * 2.3 Equations
 * 1) P = F/A
 * 2) P = N/M2
 * 3) a g = (v f - v i )/t
 * 4) d = (v ave ) t
 * 5) v ave = (v i + v f )/2
 * 6) a g = (v f - v i )/t
 * 7) d = (v ave ) t
 * 8) v ave = (v i + v f )/2
 * 9) τ = fd
 * 2.3 Symbols
 * 2.4 Equations
 * 1) F net = ma
 * 2) F w = ma g
 * 2.4 Symbols
 * 2.5 Equations
 * 1) Gravity = 9.8m/s2
 * 2.5 Symbols
 * 2.6 Equations
 * 1) a g = (v f - v i )/t
 * 2) d = (v ave ) t
 * 3) v ave = (v i + v f )/2
 * 4) d = (v ave ) t
 * 5) v ave = (v i + v f )/2
 * 2.6 Symbols
 * 2.7 Equations
 * 1) none
 * 2.7 Symbols
 * 2.8 Equations
 * 1) μ = f f /f n
 * 2.8 Symbols
 * 2.9 Equations
 * 1) torque = force x lever arm (τ = fd)
 * 2.9 Symbols
 * 2.10 Equations
 * 1) v = d/t
 * 2) ω = θ/t
 * 3) v ave = Δd/Δt
 * 4) ω ave = Δ θ /Δt
 * 5) a = (v f - v i )/t
 * 6) α= (ω f - ω i )/t
 * 7) d = (v ave ) t
 * 8) θ = (ω ave ) t
 * 9) v ave = (v i + v f )/2
 * 10) ω ave = (ω i + ω f )/2
 * 11) F = ma
 * 12) T = I α
 * 2.10 Symbols