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Physics Waves
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Physics Waves
Types of waves
- Transverse wave
- UP AND DOWN
- Longitudinal wave
- IN A LINE
- Transverse wave
Wave definitions
- Period
- Time taken for one wave to pass a point
- Frequency
- Number of waves each second
- Amplitude
- Distance from the mid line to a wave crest or wave through
- Wavelength
- The distance between the point on a wave and the identical point on the next wave
- wave speed
- Distance the wave travels each second
- Period
Formulas
- T=1/f
- f=N/t
- N=number of waves(no units)
- t=time for number of waves to pass a point(s)
- N=number of waves(no units)
- T=period of the wave, in seconds(s)
- f=frequency of the wave, in Hertz(Hz)
- f=N/t
- The period of the wave can be calculated using this formula:
- Wave speed using frequency and wavelength
- v=f
- v=speed of wave measured in meters per second(m s )
- =wavelength measured in meters(m)
- f=frequency measured in hertz(Hz)
- =wavelength measured in meters(m)
- v=speed of wave measured in meters per second(m s )
- v=f
- Wave speed using distance and time
- d=vt
- v=speed of wave measured in metres per second(m s )
- d=distance wave travels in meters(m)
- t=time taken for wave to travel given distance
- d=vt
- T=1/f
Speed of sound
- The distance and speed are both known, and the speed can be calculated by using he formula d=vt
Refraction of light
- Travelling from air into glass
- slows down
- its wavelength decreases
- it bends towards the normal if it enters the block at an angle
- its frequency remains unchanged
- it bends towards the normal if it enters the block at an angle
- its wavelength decreases
- slows down
- Travelling from glass into air
- speeds up
- its wavelength increases
- it bends away from the normal if it leaves the block at an angle
- its frequency remains unchanged
- it bends away from the normal if it leaves the block at an angle
- its wavelength increases
- speeds up
- Travelling from air into glass
Electromagnetic spectrum
- Radio and TV waves
- microwaves
- infared
- visible lights
- ultraviolet
- X-rays
- gamma radiation
- high frequency short wavelength
- gamma radiation
- X-rays
- ultraviolet
- visible lights
- infared
- Low frequency long wavelength
- microwaves
- Radio and TV waves
Information
- Description
- national 5 Physics Mind Map on Physics Waves, created by louise woolley on 15/09/2017.
- Created by
- louise woolley · Sep 2017
- Updated
- Sep 17, 2017
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- 1
- Rating