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P-Waves (Primary Waves) S-Waves (Secondary Waves) Surface Waves
particles move, the faster they move, the higher the temperature. as one particle bumps another some kinetic energy is transferred, thus temp of one increases, and the other loses some
No
It moves as particles(photons) AND as waves.
S waves are waves that move from side to side.
, ,p,;p;
waves move through a particle.
seismic
secondary waves
P waves typically cause little to no damage when it comes to buildings, because buildings are usually built to withhold a back-and-forth motion (being the most common motion). I hope this helps. :)
P-Waves (Primary Waves) S-Waves (Secondary Waves) Surface Waves
The particle motion of a Love wave forms a horizontal circle or ellipse moving in the direction of propagation.
Their velocity (P-waves travel more quickly than S-waves) and their mode of propagation (the way they move through the earth). S-waves are transverse waves which move material from side to side (particle motion is normal to direction of travel) whereas P-waves are compression or longitudinal waves where particle motion is parallel to the direction of travel. This means that P-waves can travel through solids, liquids and gasses whereas S-waves can only travel through solids.
Both light and sound inhabit frequencies on the electromagnetic spectrum. Additionally, both move as waves (think waves on a beach), and light moves also as a particle. As waves, both transmit radiant energy, that with a sufficient medium (gas or liquid for sound--light only requires clear transmission lines) allow the energy to move from transmission site to reception site. Light, moving as a particle also transfers kinetic energy--a minute amount, but enough to actually move very large objects given lack of resistance (think solar sail). So, let's review: sound and light move as waves. Light moves also as a particle (wavicle). Both transfer radiant energy generally by exciting molecules. Light also transfers kinetic energy via the collision of photons (that particle) with other matter.
No, they are transverse a water particle moves perpendicular to the motion of the wave (water particles move up and down where are the wave moves left or right)
particles move, the faster they move, the higher the temperature. as one particle bumps another some kinetic energy is transferred, thus temp of one increases, and the other loses some
No