Exercise 2: What is the frequency of an X-ray that has a wavelength
of 1.5 * 10–9 meters?
Exercise 3: You cannot see high-frequency ultraviolet light rays, but
they can damage your eyes and skin. Calculate the
frequency of an ultraviolet light wave that has a
wavelength of 3.0 * 10–7 meters.
Exercise 4: Aradio station broadcasts a wave at a frequency of
1.0 * 106 hertz. What is its wavelength?
Exercise 5: Asatellite transmits a radio wave with a wavelength of
5.0 * 105 meters. Calculate the frequency of the wave.

Question

Exercise 2: What is the frequency of an X-ray that has a wavelength
of 1.5 * 10–9 meters?
Exercise 3: You cannot see high-frequency ultraviolet light rays, but
they can damage your eyes and skin. Calculate the
frequency of an ultraviolet light wave that has a
wavelength of 3.0 * 10–7 meters.
Exercise 4: Aradio station broadcasts a wave at a frequency of 
1.0 * 106 hertz. What is its wavelength?
Exercise 5: Asatellite transmits a radio wave with a wavelength of
5.0 * 105 meters. Calculate the frequency of the wave.

yolo_king · Answer

@Nurali @radar @OrangeMaster

yolo_king · Answer

I also need help with The frequency of a microwave is 1.2 * 109 hertz. What
is its wavelength? PLz

anonymous · Answer

v = f lamda
where lamda is the wavelength

anonymous · Answer

All EM waves travel at 3 x 10^8 m/s, plug in values of f to find lamda.
Plug in values of lamda to find f.

yolo_king · Answer

i still dont understand could you show me how to do one then ill do the rest

anonymous · Answer

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