P waves arrive a couple seconds to a few minutes before s waves.
Im Not Sure But You Can Search For How Fast Waves Move Sorry If This Didn't Help You
The difference Is 5 minutes 40 seconds.
it is three times faster
P-waves are longitudinal and S-waves are transverse waves.
p wave comes first s wave comes next and last comes surface wave.
surface waves because p waves and s waves are way faster so here is how it goes from fastest to slowest: is p wave and then s wave and then surface waves
seismic waves
No, but P and S waves are used for earthquakes..and everybody should know that p waves come befoe s waves during an earthquake and maybe even during an aftershock....
s-waves are slower they always occur after p-waves
Surface waves move slower. P waves are the fastest. Surface waves are the slowest. they are slowest but most destructive.
P-waves travel the fastest. This is also knows as a Primary waves, or compressional wave. P-wave stravel twice as fast as an S-wave
P-waves travel the fastest. This is also knows as a Primary waves, or compressional wave. P-wave stravel twice as fast as an S-wave
P-waves are longitudinal and S-waves are transverse waves.
P and S waves are body waves.
P-waves are faster than s-waves. Both can pass through solid rock, but only p-waves can pass through gases and liquids === ===
A p wave because it can move so fast with more force. P waves cause little damage, they are compressional waves. They are at a higher frequency and a lower amplitude than surface waves which are shear waves. S-waves cause the most damage because they are slow moving and have an amplitude much greater than P-waves.
P waves are primary waves and S waves are called 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. :)
yes because the waves sometimes travel very fast
when the P waves arrive at the surface in relation to s waves and surface waves is called the promary waves.