Dear students, How are you, we hope that you all are fine especially after this long.long vacation....
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Dear students , How are you, we hope that you all are fine especially after this long .long vacation . It is time to work , we try always to offer you the best. Now hoping that you too will do your best to pass this critical period of time & to complete together our success . For better future to our country . Science Department
Dear students, How are you, we hope that you all are fine especially after this long.long vacation. It is time to work, we try always to offer you the
Slide 2 Dear students, How are you, we hope that you all are
fine especially after this long.long vacation. It is time to work,
we try always to offer you the best. Now hoping that you too will
do your best to pass this critical period of time & to complete
together our success. For better future to our country. Science
Department Slide 3 Periodic motion Slide 4 Types of motion
Transitional motionPeriodic motion Has a starting & ending
point EX: motion of a train Repeated in equal intervals of time.
0scillatory motion Wave motion Slide 5 Oscillatory motion It is
made by oscillating body around its point of rest where the motion
is repeated through equal intervals of time Slide 6 N.B. In the
vibrational motion the speed of the vibrating body 1- Decrease when
it moves away from its original position 2- Increase when it moves
towards its original position 3- Becomes maximum at its original
position 4- Becomes zero at the furthest point away from its
original position Slide 7 Examples for oscillatory motion Slide 8
Operation the microwave oven 1- Microwaves make water molecules
present inside the cocked food vibrate 2- This forces the molecules
to collide with each other 3- That produces a lot of heat energy
that helps cooking the food faster Slide 9 Graphical representation
of oscillatory motion Slide 10 :Concepts related to the oscillatory
motion 1- Amplitude. 2- Complete oscillation. 3- Periodic
time..4-Frequency Slide 11 It is the maximum displacement that is
done by the vibrating ( Oscillating ) body away From its original
position ( Point at rest ) A C Slide 12 Slide 13 Complete vibration
( cycle ) The vibrating body begins its motion from Slide 14 It is
the time needed by an oscillating body to make complete oscillation
measured in seconds (s) symbol is T Time in second Periodic time =
no of complete vibrations made in that time T f 1 = Slide 15 It is
the no of complete oscillation that are made by the vibrating body
in One second no of complete vibration The frequency = Time in
second Frequency X Periodic time = 1 Slide 16 Goodbye
