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Answer (1)
Answer:You are asking for the solution to the problem presented in the image. The image shows data about an earthquake, including the time difference between the arrival of P-waves and S-waves at different seismic stations, and the distance of the epicenter from each station. This data can be used to locate the epicenter of the earthquake using a technique called triangulation. Here's how triangulation works: 1. Circles on a Map: Imagine a map with the seismic stations marked. Draw a circle around each station with a radius equal to the distance from the epicenter to that station.2. Point of Intersection: The point where all three circles intersect is the epicenter of the earthquake. Let's apply this to the image: - Batangas: The distance from the epicenter is 426 km, which is equivalent to 4.3 cm on the map (using the scale of 1 cm = 100 km).- Puerto Princesa: The distance is 405 km, equivalent to 4.05 cm on the map.- Davao: The distance is 277 km, equivalent to 2.77 cm on the map. To find the epicenter: 1. On a map, draw a circle with a radius of 4.3 cm around Batangas.2. Draw another circle with a radius of 4.05 cm around Puerto Princesa.3. Draw a third circle with a radius of 2.77 cm around Davao. The point where all three circles intersect is the epicenter of the earthquake. Important Note: This is a simplified explanation. In reality, locating an earthquake epicenter involves more complex calculations and data analysis using specialized software and techniques.
