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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.

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What will happen if a P wave and an S wave combine?

When a P wave and an S wave combine, they can create a new type of seismic wave called a surface wave. Surface waves travel along the Earth's surface and can cause the most damage during an earthquake due to their slower speed and larger amplitudes compared to P and S waves.


Which is faster an s-wave or a p-wave?

P-Wave


Which type of body wave always arrives after the P-wave?

The next type of seismic wave to arrive after the P-wave is the S-wave.


Which wave the p-wave or s-wave would arrive at seismometer afer the eatrhquake?

Both, first the P wave Then the S wave.


Is surface wave faster then a p wave?

no a p wave is faster than s wave


What is S P lag time?

the difference between the arrival of the p-wave and s-wave


Is a earthquake s wave a transverse wave?

Yes, an earthquake S-wave (secondary wave) is a transverse wave. It causes particles to move perpendicular to the direction of wave propagation. S-waves are slower than the primary P-waves but can cause more damage due to their side-to-side motion.


What is S-P lag time?

the difference between the arrival of the p-wave and s-wave


What type of waves are there?

p-wave s-wave l-wave


Does the S-Wave eventually catch up to the P-Wave?

no


Is p wave larger s wave surface wave or tsunamis?

Neither. P and S waves are body waves. Tsunamis are a different matter entirely.


How do you determine an p-s interval on a seismogram?

To determine the P-S interval on a seismogram, first identify the arrival times of the P-waves and S-waves. The P-wave is the first seismic wave to arrive, so locate its initial peak on the seismogram. Next, find the point where the S-wave arrives, which is characterized by a distinct increase in amplitude following the P-wave. The time difference between the two arrivals, known as the P-S interval, can then be calculated by subtracting the P-wave arrival time from the S-wave arrival time.