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T
T
T
T
=
2·π/ω
T
=
2·π·(m/k)
1/2
ω
ω
ω
ω
=
2·π/T
T
=
(k/m)
1/2
E
c
E
c
E
c
E
c
=
1/2·m·v
2
E
c
=
m/2·y
o
2
·ω
2
·sin
2
(ω·t)
E
c
=
k/2·y
o
2
·sin
2
((k/m)
1/2
·t)
E
p
E
p
E
p
E
p
=
1/2·k·y
2
E
p
=
m/2·y
o
2
·ω
2
·cos
2
(ω·t)
E
p
=
k/2·y
o
2
·cos
2
((k/m)
1/2
·t)
E
E
E
E
=
k/2·y
o
2
v
v
v
v
=
-y
o
·ωsin(ω·t)
v
=
-y
o
·(k/m)
1/2
sin((k/m)
1/2
·t)
y
y
y
y
=
y
o
·cos(ω·t)
y
=
y
o
·cos((k/m)
1/2
·t)
F
F
F
F
=
-m·y
F
=
-m·y
o
·ω
2
cos(ω·t)
F
=
-y
o
·k·cos((k/m)
1/2
·t)
y
o
y
o
y
o
k
k
k
t
t
t
m
m
m
Uniform circular motion: linear and angular velocity, acceleration, centripetal force, radius
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→ Back to the complete list of formulas
