Lesson 23 Audible, Bewilderment, Define, Detach, Intrepid, Pulsation, Stupefaction, Undulate, Vibration, Wan.

Slides:



Advertisements
Similar presentations
Earthquakes.
Advertisements

Do Now: Identify the type of wave Click to replay
Sound. Sound Waves  Sound waves are longitudinal waves.  The source of a sound wave is a vibrating object.  Only certain wavelengths of longitudinal.
Module VI: Nutrient Deficiency Symptoms Lesson 4: Deficiency Symptoms of Micronutrients Unit 1: Iron Deficiency Symptoms After completing this Unit, you.
The Reciprocal Function Family and rational functions and their graphs
Construct ray diagram. Sound L.O.:  Describe how sound waves are produced.  Explain how a sound echo is produced.  State the main differences between.
N ATURE OF S OUND Q UIZ V OCABULARY M ATCH D IRECTIONS : M ATCH THE WORDS ON THE RIGHT TO THEIR CORRECT DEFINITIONS 1. Form of energy that you can hear.
Waves / Sound Physics. Waves Wave motion is the means of transferring energy through a medium without the material itself moving along with the energy.
What is sound? Sound is a longitudinal wave produced by a vibrating source Examples of sources: tuning fork, vocal cords, lips or reed on a musical instrument.
Sound from Left or Right?. Pre-Activity Quiz 1. How does our sense of hearing work? 2. Why do we have two ears? 3. How does a stethoscope work? (A device.
Sound Basics Overview What is sound Speed Frequency Range.
April 7, 2005Created by Kristy Lynn Price SOUND TLW explore how sounds can be produced and changed. TLW identify vibrations as the source of sound. TLW.
Sound Waves. Sound is a Longitudinal Wave particles vibrate parallel to the direction of the motion of the wave.
By: Chloe 5TH Grade Mrs. Mann
2 pt 3 pt 4 pt 5pt 1 pt 2 pt 3 pt 4 pt 5 pt 1 pt 2pt 3 pt 4pt 5 pt 1pt 2pt 3 pt 4 pt 5 pt 1 pt 2 pt 3 pt 4pt 5 pt 1pt Audio File I heard thatAmped up A.
Ultrasound Learning Objectives
HUMAN PERCEPTION OF SOUND. How your ears work Sound propagates as a longitudinal wave. –Energy transfer through collisions of air particles Wave hits.
How do we see? By the end of the lesson, you should be able to:  name different parts of our eyes  understand and explain the process of seeing. TWGHs.
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.
SOUND WAVES are the result of VIBRATIONS
Intensity of a Spherical Wave
Light and Sound Target: Lesson 1 : Making sound Lessons aim: To learn how sounds are made.
Earthquake Terror I can determine the meaning of and use key vocabulary words correctly.
LCCC CMN 111 KIM ALYSE POPKAVE, M.Ed., CMI, INSTRUCTOR 1 LISTENING.
What Do All of These Pictures Have in Common?. Objective: Describe how waves carry energy but not matter. Distinguish between waves that require a medium.
Unit 5 Lesson 1 What Is Energy?
Access Prior Knowledge Lesson 2: What is sound energy? Opening Activity Open Science textbook to page 454. Open Workbook to page 140A to check homework.
Sound Lesson 2. Previously… Sound as product of vibrations Longitudinal nature of sound Medium required for transmission of sound Differing speed of sound.
Identify the path of sound waves as they enter the human body AIM: How do we hear?
Chapter 10 Wave Motion Chapter Opening 10.1 What are waves? 10.2 Types of waves 10.3 Description of wave 10.4 Motion of particles in waves 10.5 Describing.
Unit: Sound and Light Lesson 1: What are Waves? Essential Questions: 1.) What forms mechanical waves? 2.) What are the types of mechanical waves?
Transverse and Longitudinal Wave Behaviors Physics 7(C)
Sound Chapter 15. Sound Waves Sound is a longitudinal wave. (medium displaces parallel to direction of the wave) Sound is a longitudinal wave. (medium.
Physics Section 12.2 Apply the sound properties of intensity and resonance Intensity is the rate at which energy flows through a unit area perpendicular.
Sound. Sound Intensity Intensity – the rate of energy flow through a given area.
© 2011 Cengage Learning. All Rights Reserved. May not be scanned, copied or duplicated, or posted to a publicly accessible website, in whole or in part.
Unit 5 Ch. 21 What is Sound?. You are in a restaurant, and without warning, you hear a loud crash. A waiter dropped a tray of dishes. What a mess! But.
SOUND AND LIGHT A Review. DO NOW Pick up half sheet. You have 7 minutes. Pick up half sheet. You have 7 minutes.
Sound Waves and Music The Nature of a Sound Wave: Sound is a Mechanical Wave A mechanical wave is a wave which is not capable of transmitting its energy.
Lesson Aims: To learn how humans and animals hear sounds.
Energy exists in different forms.
Starter Look at your marked homework.
Gently tap the tuning fork on the bench and then hold in the water.
Lesson 2: Sound Energy.
Lesson Objectives Explain how sound can be sampled and stored in digital form Explain how sampling intervals and other considerations affect the size of.
Kinetic Particle Theory
SOUND AND LIGHT A Review.
Organization: Pre-Writing
Audacious By Jane Poelman.

Derivatives of Trigonometric Functions
Unit 13 – Section 1 “What is Sound?”
Chapter 13: Electromagnetic Waves
Unit: Sound and Light Lesson 2 Properties of Sound
Take out your human ear diagram!
Unit 5 Lesson 1 What Is Energy?

The Nature of Waves 9.1.
English III - Vocabulary Lesson 11
Start Up #55 1. Which type of wave requires a material medium through which to travel? Sound Television Radio X-ray 2. As a transverse wave travels through.
1.) What forms mechanical waves?
Unit 5 Lesson 1 What Is Energy?
WHAT IS SOUND ENERGY? CHAPTER 14 SECTION 2.
Conceptual Physics Notes on Chapter 26 Sound.
Review The answer is G..
Fashion drawing approaches
Amazing The character education word for the week is:
Journey to deeper thinking
REVIEW GUIDE SEMESTER 2 PHYSICS

Presentation transcript:

Lesson 23 Audible, Bewilderment, Define, Detach, Intrepid, Pulsation, Stupefaction, Undulate, Vibration, Wan

audible Capable of being heard; detectable by ear

bewilderment State of confusion or disorientation

define To outline; to explain or describe; to distinguish

detach To separate from; to remove

intrepid Courageous; brave; fearless

pulsation Rhythmic throbbing; vibration

stupefaction Astonishment; amazement

undulate To move in a heaving fashion, as in the manner of waves

vibration Trembling motion

wan Pale or sickly; pallid