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Answer questions 48 through 50 using seismograms 1, 2, and 3, and the time-distance graph. For simplicity, assume that the earthquake responsible for the seismograms took place at the earth's surface. The seismograms are given in terms of Universal Time, so that no corrections need to be made because the seismometer stations are located in different time zones. In measuring time intervals in the seismograms and time-distance graph, and scaling of distances on the map, use of the provided sheet of blank paper. You can draw tick marks on it and slide it around. 48. What is the distance of Station 1 from the earthquake epicenter? (A) 2,000 kilometers; (B) 3,500 kilometers; (C) 4,000 kilometers; (D) 5,000 kilometers; (E) 6,000 kilometers. 49. What is the distance of Station 3 from the earthquake epicenter? (A) 2,000 kilometers; (B) 3,500 kilometers; (C) 4,000 kilometers; (D) 5,000 kilometers; (E) 6,000 kilometers. 50. The earthquake occurred at approximately _?__ Universal Time. (A) 8:31; (B) 8:33; (C) 8:35; (D) 8:37.

Answer questions 48 through 50 using seismograms 1, 2, and 3, and the time-distance graph. For simplicity, assume that the earthquake responsible for the seismograms took place at the earth's surface. The seismograms are given in terms of Universal Time, so that no corrections need to be made because the seismometer stations are located in different time zones. In measuring time intervals in the seismograms and time-distance graph, and scaling of distances on the map, use of the provided sheet of blank paper. You can draw tick marks on it and slide it around. 48. What is the distance of Station 1 from the earthquake epicenter? (A) 2,000 kilometers; (B) 3,500 kilometers; (C) 4,000 kilometers; (D) 5,000 kilometers; (E) 6,000 kilometers. 49. What is the distance of Station 3 from the earthquake epicenter? (A) 2,000 kilometers; (B) 3,500 kilometers; (C) 4,000 kilometers; (D) 5,000 kilometers; (E) 6,000 kilometers. 50. The earthquake occurred at approximately _?__ Universal Time. (A) 8:31; (B) 8:33; (C) 8:35; (D) 8:37.

Applications and Investigations in Earth Science (9th Edition)
Applications and Investigations in Earth Science (9th Edition)
9th Edition
ISBN:9780134746241
Author:Edward J. Tarbuck, Frederick K. Lutgens, Dennis G. Tasa
Publisher:Edward J. Tarbuck, Frederick K. Lutgens, Dennis G. Tasa
Chapter1: The Study Of Minerals
Section: Chapter Questions
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TIME (minutes) 10 5 0 Station 1 15 Station 2 20 35 30 25 8:35 Station 3 0 8:35 T 8:40 1000 um 8:40 Time-distance graph 8:45 Mme M tham pella um UMW 2000 8:45 Seismograms 8:50 3000 8:50 4000 8:55 5000 DISTANCE (kilometers) 8:55 6000 9:00 9:00 11 1 L S P 7000 9:05 9:05 8000
Transcribed Image Text:TIME (minutes) 10 5 0 Station 1 15 Station 2 20 35 30 25 8:35 Station 3 0 8:35 T 8:40 1000 um 8:40 Time-distance graph 8:45 Mme M tham pella um UMW 2000 8:45 Seismograms 8:50 3000 8:50 4000 8:55 5000 DISTANCE (kilometers) 8:55 6000 9:00 9:00 11 1 L S P 7000 9:05 9:05 8000
Answer questions 48 through 50 using seismograms 1, 2, and 3, and the time-distance graph. For simplicity, assume that the earthquake responsible for the seismograms took place at the earth's surface. The seismograms are given in terms of Universal Time, so that no corrections need to be made because the seismometer stations are located in different time zones. In measuring time intervals in the seismograms and time-distance graph, and scaling of distances on the map, use of the provided sheet of blank paper. You can draw tick marks on it and slide it around. 48. What is the distance of Station 1 from the earthquake epicenter? (A) 2,000 kilometers; (B) 3,500 kilometers; (C) 4,000 kilometers; (D) 5,000 kilometers; (E) 6,000 kilometers. 49. What is the distance of Station 3 from the earthquake epicenter? (A) 2,000 kilometers; (B) 3,500 kilometers; (C) 4,000 kilometers; (D) 5,000 kilometers; (E) 6,000 kilometers. 50. The earthquake occurred at approximately _?__ Universal Time. (A) 8:31; (B) 8:33; (C) 8:35; (D) 8:37.
Transcribed Image Text:Answer questions 48 through 50 using seismograms 1, 2, and 3, and the time-distance graph. For simplicity, assume that the earthquake responsible for the seismograms took place at the earth's surface. The seismograms are given in terms of Universal Time, so that no corrections need to be made because the seismometer stations are located in different time zones. In measuring time intervals in the seismograms and time-distance graph, and scaling of distances on the map, use of the provided sheet of blank paper. You can draw tick marks on it and slide it around. 48. What is the distance of Station 1 from the earthquake epicenter? (A) 2,000 kilometers; (B) 3,500 kilometers; (C) 4,000 kilometers; (D) 5,000 kilometers; (E) 6,000 kilometers. 49. What is the distance of Station 3 from the earthquake epicenter? (A) 2,000 kilometers; (B) 3,500 kilometers; (C) 4,000 kilometers; (D) 5,000 kilometers; (E) 6,000 kilometers. 50. The earthquake occurred at approximately _?__ Universal Time. (A) 8:31; (B) 8:33; (C) 8:35; (D) 8:37.
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