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Title: simple notes for oscillatory motion
Description: Definition of oscillatory motion and the experiment of the pendulum it's so simple and few points to help in understanding the definition first before the details
Description: Definition of oscillatory motion and the experiment of the pendulum it's so simple and few points to help in understanding the definition first before the details
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Oscillatory Motion
- there are to types of motion which are
:
1- translational motion
2- periodic motion
Periodic motion:
It's a motion which is regularly
repeated in equal periods of time
...
The velocity of the oscillating body
reaches its maximum value when it
passes its original position and
decreases gradually when it goes far
from it
...
Note:
Kinetic energy = 1/2 ( mass x squared
velocity) = 1
So, The kinetic energy increases when
the pendulum's velocity increases and
vice versa
And the maximum kinetic energy of the
pendulum is at the original point and
the kinetic energy vanishes ( equals
zero) at point A and B
Title: simple notes for oscillatory motion
Description: Definition of oscillatory motion and the experiment of the pendulum it's so simple and few points to help in understanding the definition first before the details
Description: Definition of oscillatory motion and the experiment of the pendulum it's so simple and few points to help in understanding the definition first before the details