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Lesson Oscillation Simple Harmonic Motion Edexcel IAL Unit 5 Pendulum spring mass Resonance Damping

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Past Paper Discussion in Oscillation:
0:00 Simple harmonic motion Edexcel IAL Unit 5
0:12 Amplitute and Time period
6:52 Displacement of oscillator
12:48 Simple Harmonic Motion
17:03 Showing a=-kx for Different types of oscillations (Important topic)
1:12:18 Identifying the constant k
1:12:19 Equations for the Displacement with time
1:25:56 **Equations for Time Period (T) for different types of oscillations (Important Topic)
1:32:37 Complete explanation on Simple Pendulum with time period (T)
1:43:34 Physical meaning of angular speed
1:44:36 Equations for displacement with time
1:45:30 Equations for velocity and acceleration with time
1:47:48 Maximum and Minimum speeds and accelerations
1:50:14 Summary with all the Equations for S.h.m.
1:51:17 Question-1
1:55:43 Question-2
1:58:29 Question-3
2:00:52 Question-4
2:05:39 Question-5
2:13:32 Question-6
2:24:35 Question-7
2:26:37 Motion graphs in s.h.m.
2:43:47 Experiment: Measuring 'g' by using Simple pendulum
2:49:13 Energy change in simple pendulum
2:53:49 Question-8
2:59:53 Energy change in Horizontal spring-mass system
3:03:34 Question-9
3:09:55 Energy change in vertical spring-mass system
3:16:26 Question-10
3:33:13 Natural Frequency of an Oscillator
3:35:02 Forced Oscillation
3:38:36 Resonance
3:54:37 Damped Oscillation
4:02:12 Tuned Mass Dampers
4:04:30 Question-11
4:07:20 Question-12
0:00 Simple harmonic motion Edexcel IAL Unit 5
0:12 Amplitute and Time period
6:52 Displacement of oscillator
12:48 Simple Harmonic Motion
17:03 Showing a=-kx for Different types of oscillations (Important topic)
1:12:18 Identifying the constant k
1:12:19 Equations for the Displacement with time
1:25:56 **Equations for Time Period (T) for different types of oscillations (Important Topic)
1:32:37 Complete explanation on Simple Pendulum with time period (T)
1:43:34 Physical meaning of angular speed
1:44:36 Equations for displacement with time
1:45:30 Equations for velocity and acceleration with time
1:47:48 Maximum and Minimum speeds and accelerations
1:50:14 Summary with all the Equations for S.h.m.
1:51:17 Question-1
1:55:43 Question-2
1:58:29 Question-3
2:00:52 Question-4
2:05:39 Question-5
2:13:32 Question-6
2:24:35 Question-7
2:26:37 Motion graphs in s.h.m.
2:43:47 Experiment: Measuring 'g' by using Simple pendulum
2:49:13 Energy change in simple pendulum
2:53:49 Question-8
2:59:53 Energy change in Horizontal spring-mass system
3:03:34 Question-9
3:09:55 Energy change in vertical spring-mass system
3:16:26 Question-10
3:33:13 Natural Frequency of an Oscillator
3:35:02 Forced Oscillation
3:38:36 Resonance
3:54:37 Damped Oscillation
4:02:12 Tuned Mass Dampers
4:04:30 Question-11
4:07:20 Question-12
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