'Mechanical waves' presentation slideshows

Mechanical Waves

Mechanical Waves. Ch 21-23. Waves. A wave is a disturbance in a medium which carries energy from one point to another without the transport of matter. The medium allows the disturbance to propagate . Transverse Wave.

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Chapter 17

Chapter 17. Sound Waves. Introduction to Sound Waves. Sound waves are longitudinal waves They travel through any material medium The speed of the wave depends on the properties of the medium

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Chapter 24

Chapter 24. Conceptual questions: 3, 4, 13, 14, 17, 18 Quick Quizzes: 1, 2, 3, 4 Problems: 10, 17, 34. Wave Optics. Interference. Light waves interfere with each other much like mechanical waves do Two conditions which must be met

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Lecture 18

Lecture 18. Herbivory: pollination vector s use plants for food Bees, bats, birds, beetles as cross-pollinators Homology, analogy, homoplasy, synapomorphy High-crown teeth Ruminants.

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Chapter 6 Wave Motion

Chapter 6 Wave Motion. Types of Waves. mechanical waves require a medium ( water, air, springs) electromagnetic waves require no medium (light, radio, micro). Types of Mechanical Waves. L ongitudinal - particles of the medium vibrate parallel to the direction of the wave. eg . sound waves

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Wave

Wave. Transfers Energy Without Transferring Matter. Wave. A wave can be described as a disturbance that travels through a medium from one location to another location. There are three types of waves: . Mechanical waves require a material medium to travel (air, water, ropes).

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Please use your own sheet of paper to define the following vocabulary terms:

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Chapter 20 Waves

Chapter 20 Waves. Section 1 What are waves?. A. Rhythmic disturbances that carry energy without carrying matter are called Waves B. Molecules transport wave energy without themselves moving, like a line of people passing a ball. Section 1 What are waves?.

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Mechanical Waves

Mechanical Waves. Pendulum. Swinging mass in harmonic motion due to gravity. Time and number of swings are most useful data you will collect. Period ( T ). Time required to make one complete swing. seconds. Frequency (f). The number of swings in a certain time.

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General Physics (PHY 2140)

General Physics (PHY 2140). Lecture 24. Modern Physics Relativity The Michelson-Morley experiment. http://www.physics.wayne.edu/~apetrov/PHY2140/. Chapter 26. Lightning Review. Last lecture: Modern physics Introduction Gallilean relativity.

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WAVES: basics

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21.1 Properties of Sound

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Waves

Waves. By: S. Define mechanical waves and relate the waves to energy. . Unit 5.

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Chapter 11

Chapter 11. Section 4 wave interactions. Objectives. Apply the superposition principle. Differentiate between constructive and destructive interference. Predict when a reflected wave will be inverted. Predict whether specific traveling waves will produce a standing wave.

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By: Layla Quinones New York University Department of Teaching and Learning

Misconceptions in Wave Propagation and the Principle of Superposition: a short study of high school level understanding . By: Layla Quinones New York University Department of Teaching and Learning. Background Information.

317 views • 11 slides

0.12 km 1.2 km 2 km 120 km

Lara navigates her kayak down a stretch of the Savannah river in 15 minutes. Her rate of speed over the course of the trip is 8 km/hr. How far has she traveled? . 0.12 km 1.2 km 2 km 120 km. 2. Find the amount of work done when 30 N of force is used to lift a box 400 cm. . 370 J 12 J

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QUIZ (WAVES)

QUIZ (WAVES). REPORTERS: David Ecoben Shanina Jamero Kinah Colita Ritchel Bagayas. QUESTIONS. 1. What is Wave ? 2-5. Draw and Label the parts of wave.

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Mechanical and Electromagnetic waves

Mechanical and Electromagnetic waves. By B rittany C onner. What are mechanical & Electromagnetic waves?. Mechanical waves: A disturbance in matter that carriers energy from one place to another. . Electromagnetic waves:

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Types of waves

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