PPT-Ministry of Sound

Sabena Ahmad Iveta Smincakova Dawn Bradbury Ministry of Sound Political Economic Social Technological Legal Environmental Strengths Weaknesses Opportunities Threats PESTLE . he Ministry expect that tourism festivals and events that receive Celebrate Ontario funding will stimulate more incremental visitor attendance and visitor spending The Celebrate Ontario 2014 Application Guide defines t his and other key terms How do PSF perf adjusted Cedar R 54348 50464 104812 Strait of Juan de Fuca 9040 9040 4year avg Sammamish R 62185 62185 Puget Sound Total 100380 100380 Puget Sound Total 54348 148026 202374 Wild forecast includes supplementation returns Forecast contains I. There is a . general calling. that we all experience from God. . A. We are called: . 1. With a Holy Calling (II Tim. 1:9) . 2. By Grace (Gal. 1:15) . 3. By the Gospel (II Th. 2:14) . B. We are called unto: . 5.1.9. You and I are standing next to each other, listening to the exact same steady sound. . Our ears are identical. . You listen for TWICE as long as I do. How does the (average) power compare? (Please average ONLY over the time that the individual is listening!). Sound waves are made up of a series of regions of high and . low pressure. . The areas of high pressure are called . compressions. . The . areas . of low pressure are called . rarefactions.. Wave energy travels through the material. But a particular piece . Sound waves carry energy that can be used to do work, like forcing the eardrum to vibrate.. The energy can be great enough to cause damage to windows and buildings (sonic boom). Sound Intensity. The amount of energy transported per second by a sound wave is the . REFLECTION OF SOUND. The reflection of sound follows the same laws as the reflection of light. Angle of incidence=Angle of Reflection. Sound waves can be reflected by hard/solid surfaces.. Example: Walls, Buildings and Cliffs. Sound waves are longitudinal!. Sound can be explained by understanding:. Speed. Intensity. . and loudness. Frequency and pitch. Most people hear sound between the frequency of 20Hz and 20,000Hz. . Anatomy of Sound. Wave. particles vibrate parallel to the direction of the motion of the wave. Terminology. Compressions. : areas where particles come closer together. Rarefactions: . regions where particles are further apart. Sound Chapter 12 Sound hunt Remain as quiet as you can for 1 minute. I will tell you when to begin, and when to stop. In the margin of your paper, write down all of the different sounds that you hear in the environment around you. Sound is a . longitudinal. . (Mechanical)wave caused by a . vibrating. object. Molecules . collide. , producing sound. Examples: . Vocal chords. , guitar or piano strings, tuning fork, etc.. . Longitudinal Wave. Music is just a wonderful feeling that has the potential to blow our minds and we sometimes wonder what it takes to create this magic. Well surely it is not easy to get all your instruments and tools right and synchronize them perfectly as you wish. For more details please visit: https://www.soundcrafting.com/ Review: How Does Sound Move?. Images c. ourtesy . of BSCS. What did you learn last time about how sound travels to our ears?. Key Science Ideas. All . soundmakers. vibrate and make the air around them vibrate. . LP24Audio.com is an online platform that offers a wide range of sound packs that can be explored and downloaded with ease.