SUVAT with v u a t
v = u + at
SUVAT with s u v t
s = t(u+v) /2
SUVAT with v u a s
v^2 = u^2 + 2as
SUVAT with s u a t
s = ut + 1/2at^2
SUVAT with s v a t
s = vt - 1/2at^2
Projectile acceleration in x direction
0
Projectile acceleration in y direction
-g
Projectile velocity in x direction
ucosα
Projectile velocity in y direction
usinα - gt
Projectile displacement in x direction
utcosα
Projectile displacement in y direction
utsinα - 1/2gt^2
Max height
(usinα)^2/2g
Time of flight
2usinα/g
Range
usin2α/g
Equation of projectile motion
y = xtanα - gx^2/2u^2 (1+tanα)