'Simple harmonic motion shm' diaporamas de présentation

AP Physics Chapter 13 Vibrations and Waves

AP Physics Chapter 13 Vibrations and Waves. Chapter 13: Vibrations and Waves. 13.1 Simple Harmonic Motion 13.2 Equations of Motion 13.3 Wave Motion 13.4 Wave Properties 13.5 Standing Waves and Resonance. Learning Objectives. 1. Simple Harmonic Motion

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Ch. 11, Vibrations and Waves

Ch. 11, Vibrations and Waves. A repeated motion, like the pendulum on a clock, is called periodic motion . Another exp is a mass on a spring. At the equilibrium position, the speed is at its maximum. At the equilibrium position, the acceleration is zero.

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Simple harmonic motion

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Chapter 14 Oscillations

Chapter 14 Oscillations. Units of Chapter 14. Oscillations of a Spring Simple Harmonic Motion Energy in the Simple Harmonic Oscillator Simple Harmonic Motion Related to Uniform Circular Motion The Simple Pendulum The Physical Pendulum and the Torsion Pendulum Damped Harmonic Motion

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Vibrations and Waves

Vibrations and Waves. Chapter 11. Simple Harmonic Motion. Chapter 11 Section 1. Periodic Motion. Any repetitive, or cyclical, types of motion Examples? Simple Harmonic Motion (SHM) is a specialized form of periodic motion. Simple Harmonic Motion.

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Lecture 3

Lecture 3. Damping, Transients, Envelopes The Principle of Superposition Wave Reflection. Instructor: David Kirkby (dkirkby@uci.edu). Miscellaneous. I have added links to the PowerPoint presentation and a condensed printable version of each lecture to the course web site .

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Unit 2: Waves & Sound

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MODULE 3

MODULE 3. MORE ABOUT MOTION We have seen that by applying our postulates to the particle in an infinite well (length L) and using the recipe for construction of operators. An expression for the energies of these quantum states E n = n 2 h 2 /8mL 2.

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ClassAct SRS enabled.

ClassAct SRS enabled. In this presentation you will: Learn about the pendulum and its properties. In this presentation you will learn about the pendulum and its cycle, period, frequency and amplitude. You will learn which factors affect its behaviour and how can they be calculated.

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Short Version : 13. Oscillatory Motion

Short Version : 13. Oscillatory Motion. Wilberforce Pendulum. Disturbing a system from equilibrium results in oscillatory motion. Absent friction, oscillation continues forever. Oscillation. 13.1. Describing Oscillatory Motion. Characteristics of oscillatory motion:

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Lecture 19

Lecture 19. Goals:. Chapter 14 Periodic (oscillatory) motion. Assignment No HW this week. Wednesday: Read through Chapter 15.4. Periodic Motion is everywhere. Examples of periodic motion Earth around the sun Elastic ball bouncing up and down

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Simple Harmonic Motion

Simple Harmonic Motion. Physics 12. Joke of the day:. Is it June yet?. Simple Harmonic Motion:. Any motion that repeats itself precisely over equal periods of time is called periodic motion

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PHYS 1001: Oscillations and Waves

PHYS 1001: Oscillations and Waves. Stream 3&4: Dr Rongkun Zheng Dr Darren Hudson rongkun.zheng@sydney.edu.au d.hudson@sydney.edu.au. Streams 1&2: Dr Helen Johnston Rm 213. Ph : 9036-9259 h.johnston@physics.usyd.edu.au. My research: black holes in binary star systems

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Lecture 2: Introduction to wave theory (II)

Lecture 2: Introduction to wave theory (II). Mathematical description of waves (Y&F 15.3):. Phase velocity : the velocity (speed) at which we would have to move to keep up with a point of constant phase on the wave. Right moving wave: Derivative with respect to t is zero:.

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Unit 6 Lesson 1 Simple Harmonic Motion SHM

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Simple Harmonic Motion

Simple Harmonic Motion. What is Simple Harmonic Motion?. Simple harmonic motion (SHM) a type of wavelike motion that describes the behavior of many physical phenomena: a pendulum a bob attached to a spring low amplitude waves in air (sound), water, the ground

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Introduction Oscillations : motions that repeat themselves

XII. Periodic Motion. Introduction Oscillations : motions that repeat themselves a) Swinging chandeliers, boats bobbing at anchor, oscillating guitar strings, pistons in car engines

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Physics of Sound & Music: Day 8 Review & Mini-Exam

Physics of Sound & Music: Day 8 Review & Mini-Exam. The standing wave shown could be a string fixed at one end, but free at the other. a string free at both ends. the pressure depiction of a tube open at both ends. the displacement/velocity depiction of a tube open at both ends.

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