Recording station x has determined that the epicenter of a recent earthquake was 250 km away. no information is available yet from any other recording stations. what can you conclude about the location of the epicenter? the epicenter was located somewhere on a circle centered at recording station x, with a radius of 125 km. the epicenter was located somewhere on a circle centered at recording station x, with a radius of 250 km. the epicenter was located somewhere on a circle centered at recording station x, with a radius of 500 km. you know nothing about the location of the epicenter until there is data from at least three different recording stations.

Option B, The epicenter was located somewhere on a circle centered at Recording station X, with a radius of 250 km.

Explanation:

The epicenter for any earth quake is determined by drawing circle of radius equal to the distance of seismograph reading. Generally, a seismograph is located at the center of the circle and the epicenter is located somewhere at the edge of the circle. Likewise, various circles are drawn based on the reading obtained from other seismograph. Points where all the circles overlap give the exact location of the epicenter.

Hence, option B is correct

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which rock will weather faster?

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