Which statement best describes the arrival of P-waves and S-waves recorded at a station located closer to the epicenter of this same earthquake? 1. The time difference between the arrival of the first P-Wave and S-Wave would be less than 4 minutes.
2. The time difference between the arrival of the first P-Wave and S-Wave would be greater than 4 minutes.
3. P-Waves would be recorded, but no S-waves would arrive.
4. S-Waves would be recorded, but no P-Waves would arrive.
Please answer ASAP

Description of the P and S waves.

The P waves are those that are recorded first at the epicenter and they are first one to arrive the secondary or the S waves are those that don't travel through the liquids and they are second to arrive.

Thus the answer is the of the arrival and gap between both the waves is four minutes lesser.

Hence the option One is correct.

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1. The time difference between the arrival of the first P-Wave and S-Wave would be less than 4 minutes.

Explanation:

S waves are slower than P waves, even if emitted at the same time. In this case, we can say that if a station is located close to the earthquake epicenter, the station would receive these waves quickly. The P wave would be received first, since it has a higher speed, the S wave would arrive soon. As you did not provide the times when each wave was emitted, we cannot accurately state the time when each wave would be perceived by the station. However, as the station is close to the earthquake, we can say that the time difference between P and S waves would be seconds, that is, less than 4 minutes.