Sound waves are the waves that travel by squeezing and spreading.
The amplitude of a progressive wave decreases as the wave travels due to energy spreading out over a larger area. This is known as energy dissipation or spreading. As the wave propagates outward, energy is transferred to a larger region, leading to a decrease in amplitude.
Visible light travels in a straight line unless it encounters obstacles or mediums that cause it to bend or scatter.
That sounds like the description of a transverse wave.
Assuming the wave-fronts are spreading as the surface of a sphere centred on the source in a homogeneous, unobstructed medium, their amplitudes diminish as the square of the radius from the source. In decibel terms the loss is 20 Log10(radius in metres) dB.
The distance that a wave travels in a certain amount of time is a wavelength. Wrong,it's speed.(:
The amplitude of a progressive wave decreases as the wave travels due to energy spreading out over a larger area. This is known as energy dissipation or spreading. As the wave propagates outward, energy is transferred to a larger region, leading to a decrease in amplitude.
Longitudinal wave.
There is no attenuation due to absorption, but attenuation will occur due to divergence (spreading out) of the wave.
Sound travels in longitudinal waves, which means that the particles of the medium move in the same direction as the wave is propagating. This is in contrast to transverse waves where the particles move perpendicular to the wave's direction.
compression
Mechanical waves, including sound waves.
The general term for what a wave travels through is a medium, but in the case of earthquakes the wave travels through the ground.
Visible light travels in a straight line unless it encounters obstacles or mediums that cause it to bend or scatter.
Sound travels through matter as transverse pressure waves.
The speed of a wave is how far the wave travels in one unit of time.
That is a longitudinal wave.
The material through which a wave travels is called the medium.