The don't. Not many would reach the Earth's surface, in any case. It is precisely for that reason that they put Chandra out into space. Read here for more details: http://en.wikipedia.org/wiki/Chandra_X-ray_Observatory
False. For some bands of radio waves the atmosphere is transparent. Radio waves can penetrate to the ground. That's why we have radio telescopes on the Earth.
Ultraviolet, visible light, and some radio waves are able to penetrate the Earth's atmosphere. However, X-rays and gamma rays are largely absorbed and blocked by the atmosphere.
Yes, radio waves can penetrate Earth's atmosphere. They are part of the electromagnetic spectrum and are able to pass through the atmosphere with minimal interference, which allows them to be used for various forms of communication, such as radio and television broadcasts.
X-rays and gamma rays, which have high energy levels, can be absorbed by the Earth's atmosphere and are unable to penetrate it. This absorption occurs mainly in the ionosphere, a layer of the atmosphere that reflects or absorbs these high-energy waves.
The frequency range that the radio waves can penetrate the human body is between 1Hz and 10 KHz. This frequency of the radio waves is however not dangerous.
s waves
they use high frequency sound waves to penetrate deep into the atmosphere and possibly a black hole if you are lucky
I think the radio waves penetrate according to the barrier leakage or tunneling as explained by quantum mechanics.
Radio waves can penetrate obstacles like walls and buildings more effectively than visible light. They are also able to travel longer distances and can be easily transmitted through the Earth's atmosphere. Additionally, radio waves are used in communication technologies such as radar and broadcasting, which are not feasible with visible light.
By the earths atmosphere
Radio waves are predominantly used for communication in space due to their long wavelengths that enable them to travel long distances without much interference. These waves are able to penetrate Earth's atmosphere and travel through space to reach distant spacecraft and satellites.
One possible hypothesis is that wave A is a longer wavelength electromagnetic wave, such as radio waves, which can penetrate Earth's atmosphere and continue propagating. In contrast, wave B could be a shorter wavelength wave, like gamma rays or X-rays, which are absorbed or scattered by Earth's atmosphere, causing it to not continue.