Radians 04/03/23
O I
e
=
radians
lv 0
= .
900
Rotational Motion
Position:O f
=
360=2H 1rad=57.3"
4, 188
360%2π
1880 π
=
T x rad
=
2700
Angular displacement Arg angular velocity Angular accel.
10 02-0, =
w E
=
a
w=
=
IasPement / rotational relation
Linear
d d vO
=
~ wv= rw
Atan acceleration a
Atan va
=
ap E
=
(w) r2
=
=
O I
e
=
radians
lv 0
= .
900
Rotational Motion
Position:O f
=
360=2H 1rad=57.3"
4, 188
360%2π
1880 π
=
T x rad
=
2700
Angular displacement Arg angular velocity Angular accel.
10 02-0, =
w E
=
a
w=
=
IasPement / rotational relation
Linear
d d vO
=
~ wv= rw
Atan acceleration a
Atan va
=
ap E
=
(w) r2
=
=
