An earthquake happens somewhere in the United States, and three different seismic stations record the earthquake: Station 1 is in Phoenix, Arizona;
Station 2 is in Denver, Colorado;
Station 3 is in Sacramento, California .

The geologists at each station look at their seismograms and determine the distance to the earthquake from each of their stations. It is found that the earthquake is 380 miles from Station 1, 280 miles from Station 2, and 880 miles from Station 3. Where is the epicenter of the earthquake

The answer is below

Explanation:

The question is not complete since no map is attached, but I would show you how to solve it.

When trying to determine the location of the epicenter of the earthquake, we need at least three different seismic stations. To find the epicenter, a method known as triangulation is used. This is done by drawing circle at each of the seismic stations with the radius of the circle equal to the distance from the station to the earthquake. The point of intersection of this three circles is the epicenter.

In this problem, a circle with a radius of 380 miles is drawn at Phoenix, 280 miles radius circle at Denver and a 880 miles radius circle at California. The point of intersection of the circle gives the epicenter. Note that the circles are drawn to scale.

c. 2,000 bce

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