Interference patterns occur when waves from different sources arrive at the same point—at the same time. 25.7 Interference.

Slides:

Advertisements

Similar presentations

Waves Interactions Principles of Physics.

Advertisements

Condition for generating a stable interference pattern Coherent waves are two circular waves of same frequency, wavelength, amplitude and phase.

2-D waves in water A bobber moves up and down in simple harmonic motion and produces water waves. Bright rings are wave crests; dark rings are wave troughs.

Interactions of Waves Chapter 11.3.

Interference in 2-D. How do two sound sources interfere with each other over a two dimensional plane? Key Question:

more than one wave can exist at the same time in the same space. An interference pattern is a regular arrangement of places where wave effects are increased,

Dr. Jie ZouPHY Chapter 4 (Hall) Sound Propagation (Cont.)

If 2 wave trains, launched at the same moment in time, travel the same distance to reach the same point, they will arrive If one has farther to travel,

McNair Middle School Physical Science. Wave Interactions Reflection Reflection The.

Wave Interactions

TOC 1 Physics 222 Interference Light (and all electromagnetic phenomena) is made up of waves.

Wave Interaction Chapter Reflection Occurs when a wave “bounces” off a barrier Examples –Echoes –Light reflection (Moon) Return to Wave Interactions.

What is a wave?  A wave is a transfer of energy from one point to another via a traveling disturbance  A wave is characterized by its wavelength, frequency,

Types of Waves Parts of the Wave Ch 17. In a wave pool, the waves carry energy across the pool. You can see the effects of a wave's energy when the wave.

Light as a wave - evidence. What are wave behaviors that are NOT particle behaviors? interference – constructive & destructive diffraction.

Guitar Strings and Crumbling Bridges Standing Waves and Resonance.

Wave Interactions.

11/24/08 Warm Up Draw a wave and label the crest and trough.

Chapter 35. It is the study of light as waves. Geometric optics treats light as particles (or rays) that travels in straight lines. Physical optics (wave.

1.Define the following terms: wave, frequency, period 2.Draw a simple sine waveform and label these: amplitude, wavelength, crest, trough.

24.2 What is a wave?  A wave is an oscillation that travels from one place to another.  If you poke a floating ball, it oscillates up and down.  The.

Superposition Two particles cannot occupy the same space at the same time, two waves can When two waves interact, one is super imposed on the other The.

Mr. Kuffer. Wave Interference When two wave pass each other their superposition causes reinforcement or cancellation.

Interference  When two light waves meet, their amplitudes add (by principle of superposition) and the resulting disturbance can be either reinforced (constructive.

Simple Harmonic Motion The oscillatory- or back and forth- motion of a pendulum. Can be represented by a sin curve Waves follow the same pattern.

Interference. Overlap  Waves from multiple point sources overlap. Crest on crest Trough on trough Crest on trough  Overlapping waves add directly. Principle.

Lesson 3: Wave Interactions. Interaction of Waves with Matter Absorption: is the transfer of energy by a wave to the medium through which it travels Transmission:

Wave Interactions Chapter 15.3 Notes. Section Overview Reflection occurs when a wave meets a surface or boundary and bounces back Diffraction occurs when.

Reflection happens when a wave bounces back after hitting a barrier. All waves-including water, sound, and light waves-can be reflected.

SOUND AND LIGHT Chapter 1 THE ENERGY OF WAVES. Section 3 Wave Interactions.

Interference Of Waves.

Interference of WAves (9.1)

Wave Interactions.

Unit 1.4 Waves and Sound.

Wave interference and Beat Frequency

Wave Interactions.

24.2 Properties of Waves.

15.3 Interactions of waves Key concepts: How do reflection, refraction, and diffraction change a wave’s direction? What are the different types of interference?

Chapter 20 – The Energy of Waves

Nature of waves.

What is superposition? When two or more waves overlap, the resultant displacement at a point is equal to the sum of the individual displacements at that.

Wave Interactions.

Physical Science: Chapter 15: Section 3

Two waves (black line and red dots) interfere

Wave Behavior – 1.3 Key Ideas

Section 3-3 Wave Interactions.

Superposition Superposition is the ability of waves to superimpose (add displacements & energy) as they move through each other. Constructive interference.

Vibrations and Waves Wave Interactions.

Wave Interactions.

Wave Behaviors We will discuss different manners in which a wave can behave when it comes in contact with matter or other waves!

P. Sci. Unit 5 Waves Cont..

Physical Science Force

Homework Wednesday, April 10, 2019 A-Day Study WOW

Wave Interactions.

The Behavior of Waves.

Wave Interactions When two waves come together, they do not bounce back from each other – instead they pass through one another. Ex: Sound waves are unaffected.

Wave Interference.

WAVES John Parkinson St. Brendan’s Sixth Form College John Parkinson

Vibrations and Waves Wave Interactions.

Chapter 20 – The Energy of Waves

Key areas Conditions for constructive and destructive interference.

Behavior of Waves.

Physics – Feb 5th SLOT Day 2 Summaries from yesterday

Mechanical Waves Physical Science.

Superposition Superposition is the ability of waves to superimpose (add displacements & energy) as they move through each other. Constructive interference.

Superposition Superposition is the ability of waves to superimpose (add displacements & energy) as they move through each other. Constructive interference.

Interference and Diffraction

Unit 4 - Energy Learning Target 4.5 – Understand & describe wave interference (constructive & destructive).

Presentation transcript:

Interference patterns occur when waves from different sources arrive at the same point—at the same time Interference

a.In constructive interference, the waves reinforce each other to produce a wave of increased amplitude Interference Amplitude has doubled in height

a.In constructive interference, the waves reinforce each other to produce a wave of increased amplitude. b.In destructive interference, the waves cancel each other and no wave is produced Interference

INTERFERENCE The combination of two or more waves that exist in the same place at the same time. Constructive Interference (additive effect—in phase) Destructive Interference (subtractive effect—out of phase) aEd/e-wave3.html aEd/e-wave3.html aEd/e-wave2.html aEd/e-wave2.html

a.Two overlapping water waves produce an interference pattern Interference

Composite wave

Wave interference is easiest to see in water as an interference pattern. When waves are out of phase, the crests of one wave overlap the troughs of another to produce regions of zero amplitude. When waves are in phase, the crests of one wave overlap the crests of the other, and the troughs overlap as well Interference