For a particular type of wave, in a specified medium, the multiple of the two is a constant.
Fourier analysis shows that the saw wave is constructed through manipulation of a sine wave, I can't remember the maths behind it but it's definitely a sine wave.
You would have to know the medium and the type of wave.For example a sound wave with a period of 10 seconds would be well down in the infrasonic. In sound, a 1kHz wave has a wavelength of ~1 ft. A 1 Hz wave would have a wavelength of ~1000 ft. A 0.1Hz wave has a wavelength of ~10 000ft.BUT, if it were a compression wave in an earthquake, one would be dealing with swampy ground.A wave at sea in deep water (mid Pacific or mid Atlantic) could have such a period. An e-m wave of 0.1Hz would have a wavelength well towards our Sun.And not all media have a uniform wave velocity. e-m waves at very low frequencies travel much slower than the common ones - at least around the earth. And you know that all colours of light do not travel at equal speeds in glass.
Both the wavelength and the frequency of a wave affect the speed of a wave.
HOw to rest a cobra 360 laser to factory settings
A laser generates an electromagnetic wave operating at light frequencies.
The electromagnetic wave used here is Ultraviolet wave...
Laser light.
A continuous laser produces a constant wave. A pulsed laser's wave is intermittent.
radio wave + fireFire + radio wave = Laser
A diode laser. Also, a continuous wave laser.A diode laser. Also, a solid state laser.A diode laser. Also, a high efficiency laser, comparing to other types of laser.It's a semi-conductor laser
Continuous I assume would mean a constant flow of light from the laser in the form of a wave train. Conversely, a pulse is only a single wave emitted by the laser.
No.
Radio Wave + Fire = Laser
The voice is not a sine wave.
circular wave
it does not spread. it is the property of laser beam