'Rest position' presentation slideshows

The Nature and Behavior of Waves

The Nature and Behavior of Waves. Chapter 10: Waves. Learning Goals. Compare and contrast transverse and compressional waves. Identify the parts of a wave. What is a Wave?. Wave : a repeating disturbance or movement that transfers energy through matter or space

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Chapter 7 Section 1: What do you think of when we say waves?

Chapter 7 Section 1: What do you think of when we say waves?. Waves, Sound and Light. WAVES: Class Wave. A wave is a rhythmic disturbance that carries energy without carrying matter, through matter or empty space. Mechanical Waves. Waves that move through matter: Mechanical

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The Nature and Behavior of Waves

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Sound I

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Waves

Waves. What is a wave?. a wave is a disturbance that travels through a medium from one location to another. a wave is the motion of a disturbance. Types of Waves. Mechanical Waves that require a medium Examples: sound waves, water waves, waves in a rope, and shock waves Electromagnetic

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Chapter 15 Characteristics of Waves

Chapter 15 Characteristics of Waves. 15.1 What are Waves?. Wave : a disturbance that transfers energy from place to place Waves can travel through material called a medium ; can be gas, liquid, or solid. Mechanical waves require a medium through which to travel

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In The Name of Allah The Most Beneficent The Most Merciful

In The Name of Allah The Most Beneficent The Most Merciful. ECE4545: Control Systems Lecture: Transient Characteristics. Engr. Ijlal Haider UoL , Lahore. Characteristics of System Response.

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Can you draw it?

Can you draw it?. 2 people per group Person A=reporter Person B=artists Reporters, open the black folder and look at the picture . And describe what you see to artists. Artists, draw what reporters are describing. Rules. Artists cannot look at the picture in the folder

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Many physical phenomena can be modeled with simple harmonic motion.

Many physical phenomena can be modeled with simple harmonic motion. the swinging of a pendulum. a spring-mass system. radio and television waves. light and sound waves. water waves. The amplitude is | a |.

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Applications of Trigonometric Functions

Applications of Trigonometric Functions. Section 4.8. Objectives. Model simple harmonic motion Determine the maximum displacement, frequency, and period of an object in simple harmonic motion Apply Law of Sines and Law of Cosine to solve triangles. Vocabulary.

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KWL Chart on WAVES

KWL Chart on WAVES. What are Waves?. A WAVE is a disturbance that transfers energy from place to place. ENERGY is the ability to do work. A MEDIUM is the material through which a wave travels (gases, liquids, and solids) ELECTROMAGNETIC WAVES can travel through empty space (no medium).

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Introduction to Waves

Introduction to Waves.

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Waves Part 2

Waves Part 2. Amplitude is related to the energy carried by a wave. ( ) The greater the amplitude of a wave, the more energy it carries. . Amplitude and Energy. Amplitude of Transverse Waves. The higher the wave, the more energy it carries.

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Vocab

Vocab. Wave Length. ? = lambda. Vocab. amplitude. A. Amplitude. Distance from rest position. Vocab. Period. Time it takes for one complete wave to pass by. T = period. Vocab. Frequency. How many waves pass in 1 second . Measured in Hz = s -1. Vocab. Longitudinal Waves.

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Chapter 1 Section Reviews

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Properties of Waves

Properties of Waves. Pgs 10 - 13. Amplitude. The property of a wave that is related to the height of a wave is amplitude. The maximum distance the wave vibrates from rest position. The rest position is where the particles stay when there are no disturbances. . Amplitude and Energy.

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Chapter 4-6 Vocab

Chapter 4-6 Vocab. Waves & Wave phenomena. Vocab. Constructive Interference. Build Construction! Amplitudes add together antinode. Occurs at any location along the medium where the two interfering waves have an amplitude in the same direction.

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Holding the Shear

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