In vacuum, every imaginable wavelength of electromagnetic radiation, from longer than
radio waves to shorter than gamma rays, travels at 299,792,458 meters per second.
All electro-magnetic radiation travels at the same speed in a vacuum :
the speed of light (186,000 miles per second).
All waves in the electromagnetic spectrum travel at 3x108 ms-1 or 300000000 metres every second.
They travel at different speeds.
No, that is not true. In a vacuum, all electromagnetic waves travel at the same speed.
Light spectrum is part of the electromagnetic radiation spectrum. Electromagnetic waves travel better and faster (light speed in vacuum) in vacuum.
Every wave in the electromagnetic spectrum travels at 2.99792x108 metres per second.
All waves in the electromagnetic spectrum travel at 3x108 ms-1 or 300000000 metres every second.
They travel at different speeds.
No, that is not true. In a vacuum, all electromagnetic waves travel at the same speed.
Could it be that the frequency of sound waves are to low?
Yes. Electromagnetic spectrum waves reach your eye through the air.
Radio-waves, like light, are electromagnetic waves and hence travel at the speed of light.
Light spectrum is part of the electromagnetic radiation spectrum. Electromagnetic waves travel better and faster (light speed in vacuum) in vacuum.
Every wave in the electromagnetic spectrum travels at 2.99792x108 metres per second.
because sound waves are not a electromagnetic waves because they need a medium for travel....hence electromagnetic spectrum is based on the electromagnetic waves ..like radio waves , micro waves , etc....
Radio (and TV) waves are part of the electromagnetic spectrum and as such travel at the speed of light.
In terms of speed, every part of the electromagnetic spectrum, (radio waves, infra-red, ultraviolet), all travel at the same speed in a vacuum, the speed of light, which is 300,000,000 m/s approx. In terms of energy, the low frequency and long wavelength end of the spectrum, such as radio, have a low energy as opposed to the high frequency and short wavelength end, such as gamma rays.
Through the electromagnetic spectrum, specifically radio waves.