Wave behavior homework Tuesday, March 29, 2016. Wave Behavior  Go to my website and do the following:  Review the PPT under ‘wave behavior resources’.

Slides:

Advertisements

Similar presentations

Topic 11 – Wave Phenomena.

Advertisements

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.

Waves Interactions Principles of Physics.

WavesSection 3 Reflection, Diffraction, and Refraction How do waves behave when they hit a boundary, when they pass around an edge or opening, and when.

WavesSection 3 Section 3: Wave Interactions NO STANDARDS.

Objectives Identify how waves transfer energy without transferring matter. Contrast transverse and longitudinal waves. Relate wave speed, wavelength, and.

The Interaction of Waves

Behavior of Waves Reflection, Refraction, Diffraction and Interference in waves.

 As we go through these slides, you will make a study dictionary of some of your vocabulary words.  For each word you will draw a picture to help you.

Chapter 15 Wave motion VgW4Knb5s&feature=PlayList&p=77775DAE &index=18.

Wave Interactions

Ch Wave Interactions Wave.

Chapter 1 Interactions of waves. Key Terms Reflection Refraction Interference Constructive interference Standing wave Antinode Law of reflection Diffraction.

STANDING WAVES. Standing Waves - appear to be ‘standing’ still in their left to right motion - in constant position.

Wave Interactions Pre-Assessment. 1. Define Reflection The bouncing back of a wave when it meets a surface boundary The bouncing back of a wave when it.

Chapter 12 Section 4 Wave Interactions.

 How do you find the amplitude of a pendulum?  In simple harmonic motion, where is the velocity highest/lowest? Acceleration? Force?  What is the period?

 The behavior of a wave is greatly influenced by the medium in which it is traveling.  The wave frequency remains unchanged in different medium.  The.

Wave Behavior Notes. Reflection Reflection involves a change in direction of waves when they bounce off a barrier.

Wave behavior Monday, February 9, Unit 7: Waves Monday, 2/9 Respond to the following (5 minutes) The water waves below are traveling with a speed.

Light & Sound Regents Physics Mr. Rockensies. Homework Answers 22) 32 m 23) s 24) 3.03 s 25) 0 m 26) 2 m/s 27) 2 m/s 2 28) 7.35 m 29) 432 m 30)

What happens when two wave pulses collide?. Interference – Two waves “collide,” but pass through each other undamaged – Superposition Principle: when.

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

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

Standing Waves. What is a standing wave? A standing wave is the result of identical, periodic waves moving in opposite directions. When reflected waves.

16 Superposition and Standing Waves Superposition of Waves Standing Waves Additional: Superposition of Standing Waves, Harmonic Analysis & Synthesis Hk:

Wave Interference Chapter 8.3. Interference What happens when 2 waves pass through the same region of space at the same time.

Section 3 Behavior of Waves.

Waves Part II: Behavior. The Wave Machine Standing Waves Standing waves are a result of interference.

Wave Interference Physics Ch 12. Sec When two waves come together they can occupy the same space  Superposition – multiple waves occupying the.

Waves. Waves 3 Types of Waves Mechanical Waves: Wave motion that requires a medium (ie. water, sound, slinkies, …) Electromagnetic Waves: No medium is.

Wave Interactions. What do you think will happen when waves run into objects they can’t go through???

17.3 Behaviors of Waves Reflection Refraction Diffraction Constructive Interference Destructive Interference Standing Waves.

17.3 Behavior of Waves.

Monday January 8 Tuesday January 9 Unit QuestionWhat are waves? Guiding Question / Learning Target Identify types of waves and explain how energy and wave.

Section 3: Wave Interactions

AP Physics Review Waves and Sound.

Ch Wave Interactions OBJECTIVES

Interactions of Waves Chapter 15 Section 3.

EQ: How do waves interact with each other?

Often, two or more waves are present at the same place and same time

Some Excellent Video Lessons

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?

Wave Interactions.

Chapter 20 – The Energy of Waves

Reflection, Diffraction, and Refraction

5.1.4 Interference and Standing Waves

Wave Interaction Chapter 1.3.

When light, sound, or heat hit a surface that it can’t pass through:

Vibrations and Waves Wave Interactions.

WAVE PROPERTIES 1) Reflection- Wave is turned back due to a barrier. (Ex- echo) Law of reflection: When a wave is reflected at a boundary, the incident.

P. Sci. Unit 5 Waves Cont..

Ch. 12 Waves pgs

Wave Interactions.

Vibrations and Waves Wave Interactions.

Chapter 20 – The Energy of Waves

Physics A First Course Vibrations, Waves, and Sound Chapter 20.

(Get Ready, Get Ready, Get, Ready!)

Waves Chapter 11.

Textbook: 14.3 Homework: Worksheet

Wave Interactions 1986 world cup in mexico.

Waves 7th 2.3 Wave Behavior.

Section 3: Wave Interactions

Section 3: Wave Interactions

Physics A First Course Vibrations, Waves, and Sound Chapter 20.

17.3 Behaviors of Waves Reflection Refraction Diffraction

Section 3: Wave Interactions

Presentation transcript:

Wave behavior homework Tuesday, March 29, 2016

Wave Behavior  Go to my website and do the following:  Review the PPT under ‘wave behavior resources’.  Use the guiding questions, below, to take notes:  What is a boundary?  How does a boundary influence a wave’s behavior?  How does a wave behave during reflection? Respond to this question with words and a diagram.  How does a wave behave during refraction? Respond to this question with words and a diagram.  How does a wave behave during diffraction? Respond to this question with words and a diagram.

Wave Interference  Go to my website and  Review the PPT under ‘wave interference resources’.  Use the guiding questions, below, to take notes:  What happens when two waves interfere with each other?  What is the superposition principle?  What are the different types of wave interference?  What is needed in order for constructive interference to occur?  What is needed in order for destructive interference to occur?  Make sure your notes include an illustration of each type of interference.

Standing wave  Go to my website and  Review the PPT under ‘standing wave resources’.  Use the guiding questions, below, to take notes:  What conditions have to occur in order for a standing wave to form?  Illustrate a standing wave (label node and antinode)  Watch the standing wave demonstration video on my website.