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If an Earthquake Has a Total Horizontal Displacement of S

Question 5

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If an earthquake has a total horizontal displacement of S meters along its fault line, then the horizontal movement M of a point on the surface of Earth d kilometers from the fault line can be estimated using the formula If an earthquake has a total horizontal displacement of S meters along its fault line, then the horizontal movement M of a point on the surface of Earth d kilometers from the fault line can be estimated using the formula where D is the depth (in kilometers) below the surface of the focal point of the earthquake. For the San Francisco earthquake of 1906, S was 6 meters and D was 3.05 kilometers. Approximate M for d = 9 kilometers. Round the answer to the nearest hundredth. A) m B) m C) m D) m E) m where D is the depth (in kilometers) below the surface of the focal point of the earthquake. For the San Francisco earthquake of 1906, S was 6 meters and D was 3.05 kilometers. Approximate M for d = 9 kilometers. Round the answer to the nearest hundredth.


A) If an earthquake has a total horizontal displacement of S meters along its fault line, then the horizontal movement M of a point on the surface of Earth d kilometers from the fault line can be estimated using the formula where D is the depth (in kilometers) below the surface of the focal point of the earthquake. For the San Francisco earthquake of 1906, S was 6 meters and D was 3.05 kilometers. Approximate M for d = 9 kilometers. Round the answer to the nearest hundredth. A) m B) m C) m D) m E) m m
B) If an earthquake has a total horizontal displacement of S meters along its fault line, then the horizontal movement M of a point on the surface of Earth d kilometers from the fault line can be estimated using the formula where D is the depth (in kilometers) below the surface of the focal point of the earthquake. For the San Francisco earthquake of 1906, S was 6 meters and D was 3.05 kilometers. Approximate M for d = 9 kilometers. Round the answer to the nearest hundredth. A) m B) m C) m D) m E) m m
C) If an earthquake has a total horizontal displacement of S meters along its fault line, then the horizontal movement M of a point on the surface of Earth d kilometers from the fault line can be estimated using the formula where D is the depth (in kilometers) below the surface of the focal point of the earthquake. For the San Francisco earthquake of 1906, S was 6 meters and D was 3.05 kilometers. Approximate M for d = 9 kilometers. Round the answer to the nearest hundredth. A) m B) m C) m D) m E) m m
D) If an earthquake has a total horizontal displacement of S meters along its fault line, then the horizontal movement M of a point on the surface of Earth d kilometers from the fault line can be estimated using the formula where D is the depth (in kilometers) below the surface of the focal point of the earthquake. For the San Francisco earthquake of 1906, S was 6 meters and D was 3.05 kilometers. Approximate M for d = 9 kilometers. Round the answer to the nearest hundredth. A) m B) m C) m D) m E) m m
E) If an earthquake has a total horizontal displacement of S meters along its fault line, then the horizontal movement M of a point on the surface of Earth d kilometers from the fault line can be estimated using the formula where D is the depth (in kilometers) below the surface of the focal point of the earthquake. For the San Francisco earthquake of 1906, S was 6 meters and D was 3.05 kilometers. Approximate M for d = 9 kilometers. Round the answer to the nearest hundredth. A) m B) m C) m D) m E) m m

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