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MYP IB Physics Topic 3 Waves and Oscillations $13.54   Add to cart
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MYP IB Physics Topic 3 Waves and Oscillations

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  • Course
  • MYP Physics
  • Institution
  • University Of Westminster (UOW)

Providing a clear, and full rounded set of notes that will save your life in understanding and studying MYP physics topic 3. Waves and Oscillations, wether for your end of year exams, for a topic test, homework or even for general better understanding.

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  • April 22, 2024
  • 1
  • 2021/2022
  • Other
  • Unknown

Subjects

  • myp
  • physics
  • myp physics
  • waves and oscillations
  • myp notes
  • ib
  • notes

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  • University of Westminster (UOW)
  • Unknown
  • MYP Physics
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Waves and Oscillations

Waves Characteristics
● A wave is a model of any disturbance that propagates through a medium, transferring energy
without the transfer of matter




● Longitudinal wave: particle motion parallel to the direction of energy transfer
● Transverse waves: particle motion is perpendicular to direction of energy transfer

WAVE SPEED = FREQUENCY X WAVELENGTH
T = 1 / f (time period = 1 / frequency)

Sound Waves
● Sound waves are a type of longitudinal wave, it starts off with the a vibration and ultimately
the particles get squished together (compression) and then the particles spread out
(refraction)
● Compression = high pressure
● Refraction = low pressure
● Waves travel in all directions
● The higher the density of the environment the wave will pass through, the faster the sound
will be.
● Sound cannot travel in space because there is no air for the vibrations to travel through.
Space is a vacuum
● Amplitude determines the energy of a wave: higher the amplitude = louder the sound.
● The higher the frequency the higher the pitch
● Ultra sounds are sounds too high for humans to perceive

Light Waves

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