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Physics formulas

physics formulas

average speed(v) distance(d) / time(t)
average velocity(v) velocity final (vt) + velocity initial (vi)/2
acceleration(a) velocity final (vt) - velocity initial (vi)/change in time(t)
projectile motion: distance(d) velocity(v) x time(t)
vertical motion: velocity final (f) = vertical initial + at d = 1/2at^2 + vt vf^2 = vi^2 + 2ad
Newton's First Law: force(F) constant of proportionality(k) x acceleration(a)
Newton's Second Law: force(F) mass(m) x acceleration(a)
Weight(W) mass in kilograms(m) x gravity(g)
gravity(g) 9.8m/sec^2
d vt
v(f) v(i) + at
d 1/2at^2 + v(i)t
v(f)^2 v(i)^2 + 2ad
centripetal acceleration:a(c) speed of the object in meters per second:c:v^2 / radius of the circle: r
Kinetic energy: KE 1/2mv^2
potential energy: PE mgh
Created by: djbroder