ElectroMagnetic waves have many forms, the type (name) of which depends on their frequency (Hz). Given this, they can be identified by wavelength (using the wave speed equation) and type (using a chart). Given the frequency of an EM wave, determine its wavelength and the type of wave it represents. Given an electromagnetic wave has a frequecy of 20 GigaHertz (2 x 10^10 Hz) determine its associated wavelength in air (vacuum). Include appropriate length units, and provide the right EM wave type. Given an electromagnetic wave has a frequecy of 20 TeraHertz (2 x 10^13 Hz) determine its associated wavelength in air (vacuum). Include appropriate length units, and provide the right EM wave type. Given an electromagnetic wave has a frequecy of 550 TeraHertz (5.5 x 10^14 Hz) determine its associated wavelength in air (vacuum). Include appropriate length units, and provide what COLOR the human eye will see
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Given an electromagnetic wave has a frequecy of 20 GigaHertz (2 x 10^10 Hz) determine its associated wavelength in air (vacuum). Include appropriate length units, and provide the right EM wave type.
Given an electromagnetic wave has a frequecy of 20 TeraHertz (2 x 10^13 Hz) determine its associated wavelength in air (vacuum). Include appropriate length units, and provide the right EM wave type.
Given an electromagnetic wave has a frequecy of 550 TeraHertz (5.5 x 10^14 Hz) determine its associated wavelength in air (vacuum). Include appropriate length units, and provide what COLOR the human eye will see.
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