The document contains equations describing motion under constant acceleration, projectile motion, circular motion, and wave motion. It defines relationships between displacement, velocity, acceleration, time, frequency, wavelength, angular velocity, and other variables related to one-dimensional and two-dimensional motion, circular motion, and wave propagation.

1. s


 m
V
t

 1 2
m
VV
V
2
  
2
o o
at
S S V .t
2
  o V V a.t    2 2
o V V 2.a. S
  o S S v.t
  
2
o o
gt
H H V .t
2
  o V V g.t    2 2
0 V V 2.a. H
X = V
X
. t
gt
2
h =
2
Vy  g . t
V
0x
= V
0
. cos 
V
0y
= V
0
. sen 
X = V
0x
. t
y = y
0
+ V
0y.
t - gt2/2
V
y
= V
0y
- gt

1
T
f

2
cp
V
a
R
s



V
t


2 R
V
T
V2Rf 


W
t
2
T
w


W2f VW.R