Pre-Assessment.

Slides:

Advertisements

Similar presentations

Answer the following… 17. What happens to the amplitude of a pulse as it travels down the slinky and back? 18. What happens to the speed of a pulse as.

Advertisements

Waves Interactions Principles of Physics.

Interference of Waves Section 9.1.

2/22/06 Waves & The Wave Equation CH 15, #33: neat application, but not really waves. Leave till end Thursday: Computer Exercise #2, meet in Olin 269 (Astro.

Answer the following in your openers… 11. What happens to the amplitude of a pulse as it travels down the slinky and back? 12. What happens to the speed.

Chapter 14 - Waves A wave is a rhythmic disturbance that carries energy through matter Waves need a material (medium) to travel through. This is why sound.

Wave Interactions

Interference of Waves.

Waves Parts, Types, and Interactions. Definition of a Wave A disturbance that travels through a medium from one location to another location. Waves transfer.

1 Waves and Vibrations. 2 Waves are everywhere in nature Sound waves, visible light waves, radio waves, microwaves, water waves, sine waves, telephone.

Group 10 Group 10 Name list : Group 10 Group 10 Name list : Chan Ka Yee (3) Cheuk Yan Yu (8) Huang Hoi Yee (17) Lai Wai Shan (21)

16-6 Wave Speed on a Stretched String

* Waves and Vibrations. * Waves are everywhere in nature Sound waves, visible light waves, radio waves, microwaves, water waves, sine waves, telephone.

Waves. What is a wave? A wave is a traveling disturbance that carries energy through space and matter without transferring mass. Note how the ball on.

Waves & Sound. Single Medium  The speed of a wave is dependent on the medium. Some factors that can affect wave speed are density, rigidity, state, and.

12-3 Properties of Waves.  A wave is the motion of a disturbance.  Waves of almost every kind require a material medium to travel through.  Waves that.

Lecture Outline Chapter 13 College Physics, 7 th Edition Wilson / Buffa / Lou © 2010 Pearson Education, Inc.

1 Vibrations & Waves Test Review Find a friend and a whiteboard for this activity!

Warm Up  If you haven't done the lab with the slinky then no warm up. Otherwise...  1. Draw a graph of a standing wave with amplitude vs. position. Label.

Wave Phenomena Characteristics of Waves What is a wave? G A wave is a vibratory disturbance through a material (medium) or space G Waves transfer ENERGY.

Interactions of Waves Notes. The four basic wave interactions are reflection, refraction, diffraction, and interference.

Characteristics of Waves. 1What is a wave? A wave is a traveling disturbance that carries energy from one place to another. 2.Where do waves get their.

Waves. Electromagnetic Waves - do NOT require a medium to travel though Mechanical Waves - DO require a medium to travel though.

Wave Energy Unit:. What Are Waves? Waves are disturbances in matter or energy fields that transmit energy from one location to another. A Medium is the.

-Waves at Boundaries -Reflection -Interference of Waves Physics Mrs. Coyle Coyle, Greece, 2009, Island of Antipaxos.

Pass in labs. Place in class box. Make sure they are stapled and have your name on it.

Conceptual Physics, High School Edition Chapter 25.

SPH3U – Physics 11 University Preparation – Unit 4 – Waves & Sound Created by: Mr. D. Langlois – GECDSB – SPH3U - Unit 4.

Waves in Action. WAVES waves in pool link to waves in water spherelink to waves in water sphere.

Did the wave slow down as it bounced back and forth along the spring?

Introduction to Waves. A wave is actually just a carrier of energy. Just like a Fireman in a bucket brigade. The fireman does not move, but the buckets.

College Physics, 7th Edition

Rags to Riches!!.

Chapter Section Reviews.

Waves: Sound and Light IPC Unit 6.

Characteristics of Waves

Interference of Waves.

Pulses Wave Building Blocks.

MECHANICAL WAVES AND SOUND

Wave Building Blocks Pulses.

Wave Interactions and Behaviors

Vibrations and Waves.

1. Reflection 2. Refraction 3. Diffraction 4. Interference

Sound waves... light waves... water waves....

Warm up 1/27-28 Copy Question explain your answer

Chapter 20 – The Energy of Waves

Interference of Waves.

Do now: Warm up 1/26 Copy Question explain your answer

Day Topic: Waves and Sound

Waves & Sound Transmission of Waves.

Media: Which material can a wave NOT travel through?

An Introduction to Waves and Wave Properties

Vibrations and Waves 12-3 Properties of Waves.

waves Mechanical If a medium is needed for the transfer of energy

Wave Properties.

Lesson 3: Properties of waves

Wave Interference.

Vibrations and Waves.

Chapter 20 – The Energy of Waves

Textbook: 14.3 Homework: Worksheet

Transmission and Reflection

Waves and Vibrations * *.

Waves 7th 2.3 Wave Behavior.

Sound waves... light waves... water waves....

Section2 :Wave Properties Wave: disturbance that carries energy

Waves Chapter 11 part 2.

Interactions of Sound Waves

Presentation transcript:

Pre-Assessment

Wave Building Blocks 5.1.2 Pulses

Definitions PULSE - a single vibratory disturbance Transmits ENERGY but not MASS AMPLITUDE - height above equilibrium and directly related to ENERGY. MEDIUM - a continuum of particles of the same type that stores and releases energy. As a pulse travels in a medium it… DOES NOT LOSE SPEED LOSES AMPLITUDE (ENERGY) from friction

Phenomenon #1 - Reflection Fixed Point Floating Point before before after after

Changing Mediums Fast  Slow Slow  Fast If a pulse changes mediums it… MAY CHANGE SPEED MAY CHANGE AMPLITUDE PARTLY REFLECTS before before after after

Building a Model of Wave Interference using slinky* Pulses, Reflection, Interference

Summary of Phenomenon #2 - Interference Constructive Destructive

Choice 3

Choice 2

Choice 1

Predictions based on our model*

One minute to prepare You will need: - A whiteboard - A marker - An eraser

Choice 4

Summary Takeaways Relating it back to real life (Noise cancelling headphones)

Homework Watch video online (Wave Basics – APlusPhysics)