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Waves And Sound

Published on Nov 21, 2015

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PRESENTATION OUTLINE

HERTZ (HZ)

HERTZ IS THE SI UNIT OF WAVE FREQUENCY, WHERE 1 HERTZ EQUALS 1 WAVE PASSING A FIXED POINT PER SECOND.
Photo by Eric Bennett

MEDIUM

MEDIUM IS THE NAME FOR THE MATTER THAT WAVES CAN TRAVEL THROUGH.
Photo by bogdog Dan

PITCH

THE WAY A PERSON PERCEIVED THE FREQUENCY OF A SOUND, WHETHER IT’S HIGH OR LOW.
Photo by Darwin Bell

REFLECTION

BOUNCING BACK OF WAVES FROM A BARRIER THEY CANNOT PASS THROUGH IS CALLED REFLECTION.
Photo by Ross2085

REFRACTION

REFRACTION IS THE BENDING OF WAVES AS THEY ENTER A NEW MEDIUM AT AN ANGLE AND CHANGE SPEED.
Photo by Martin LaBar

SOUND

SOUND IS THE TRANSFER OF ENERGY FROM A VIBRATING OBJECT IN LONGITUDINAL WAVES THAT TRAVEL THROUGH MATTER.
Photo by Menage a Moi

WAVE AMPLITUDE

THE MAXIMUM DISTANCE THE PARTICLES OF A MEDIUM MOVE FROM THEIR RESTING POSITIONS WHEN A WAVE PASSES THROUGH IS CALLED THE WAVE AMPLITUDE.

WAVE FREQENCY

WAVE FREQUENCY IS THE NUMBER OF WAVES THAT PASS A FIXED POINT IN A GIVEN AMOUNT OF TIME.

WAVE SPEED

WAVE SPEED IS HOW FAR A WAVE TRAVELS IN A GIVEN AMOUNT OF TIME; CALCULATED AS WAVELENGTH MULTIPLIED BY WAVE FREQUENCY.
Photo by dekstop

WAVELENGTH

THE DISTANCE BETWEEN TWO CORRESPONDING POINTS OF ADJACENT WAVES, SUCH AS THE DISTANCE BETWEEN TWO ADJACENT CRESTS OF A TRANSVERSE WAVE IS CALLED THE WAVELENGTH
Photo by dekstop

VOLUME

PERCEIVED LOUDNESS OF A SOUND, DETERMINED BY THE AMPLITUDE OF A SOUND WAVE
Photo by jgarber