All waves carry energy.
Mostly energy, but they also carry a small amount of momentum and, in some cases, angular momentum.
All waves except electromagnetic waves and gravitational waves (predicted by General Relativity, but not yet detected).Some examples are:sound waveswater wavesearthquake wavesetc.
All waves have energy, and therefore mass. All particles have a corresponding wave.
Yes
All waves carry energy.
As far as I know, ALL waves carry energy.As far as I know, ALL waves carry energy.As far as I know, ALL waves carry energy.As far as I know, ALL waves carry energy.
As far as I know, all waves carry energy.
Mostly energy, but they also carry a small amount of momentum and, in some cases, angular momentum.
All waves except electromagnetic waves and gravitational waves (predicted by General Relativity, but not yet detected).Some examples are:sound waveswater wavesearthquake wavesetc.
Most waves all require something with mass to be transmitted. However, electromagnetic waves carry energy in the form of photons, which are massless. Since photons are massless, they are not considered matter, but they do indeed carry energy. (This is why something feels warmer when the sun shines on it.) Electromagnetic waves range anywhere from radio waves, microwaves, and the common visible light waves, to x rays, and gamma rays.
surface
All waves have energy, and therefore mass. All particles have a corresponding wave.
Yes
False. EM Waves do not transfer matter, they transfer energy.
False
Please note that any energy has a mass equivalent (calculated as E / m squared).Other than that, that's basically what all waves do - electromagnetic waves, gravity waves, sound waves, waves on a water surface, and others. The matter doesn't go from one place to another, only the energy gets transmitted.