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Assume a flat earth with crustal thickness of 35 km and average crustal and upper mantle P-wave velocities of 6.4 km.s–1 and 8.1 km.s–1, respectively. The minimum distance from the epicenter of a near surface earthquake at which Pn-waves are observed is _______ km.
Correct answer is '85 to 95'. Can you explain this answer?
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Assume a flat earth with crustal thickness of 35 km and average crusta...
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Assume a flat earth with crustal thickness of 35 km and average crusta...
Based on the given information, we can assume the following:
1. Flat Earth: This means that the Earth's surface is flat and not curved like a sphere.
2. Crustal Thickness: The thickness of the Earth's crust is 35 km. This refers to the outermost layer of the Earth's solid surface.
3. Average Crustal and Upper Mantle P-wave Velocities: The average P-wave velocity of the crust and upper mantle is 6.4 km/s. P-waves, also known as primary waves, are seismic waves that travel through the Earth's interior.
Note: It seems like the information provided for the average crustal and upper mantle P-wave velocities is incomplete. The units are provided (km/s), but the magnitude is missing. If you can provide the complete information, I can assist you further.
1. Flat Earth: This means that the Earth's surface is flat and not curved like a sphere.
2. Crustal Thickness: The thickness of the Earth's crust is 35 km. This refers to the outermost layer of the Earth's solid surface.
3. Average Crustal and Upper Mantle P-wave Velocities: The average P-wave velocity of the crust and upper mantle is 6.4 km/s. P-waves, also known as primary waves, are seismic waves that travel through the Earth's interior.
Note: It seems like the information provided for the average crustal and upper mantle P-wave velocities is incomplete. The units are provided (km/s), but the magnitude is missing. If you can provide the complete information, I can assist you further.
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Assume a flat earth with crustal thickness of 35 km and average crustal and upper mantle P-wave velocities of 6.4 km.s–1 and 8.1 km.s–1, respectively. The minimum distance from the epicenter of a near surface earthquake at which Pn-waves are observed is _______ km.Correct answer is '85 to 95'. Can you explain this answer?
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Assume a flat earth with crustal thickness of 35 km and average crustal and upper mantle P-wave velocities of 6.4 km.s–1 and 8.1 km.s–1, respectively. The minimum distance from the epicenter of a near surface earthquake at which Pn-waves are observed is _______ km.Correct answer is '85 to 95'. Can you explain this answer? for GATE 2024 is part of GATE preparation. The Question and answers have been prepared according to the GATE exam syllabus. Information about Assume a flat earth with crustal thickness of 35 km and average crustal and upper mantle P-wave velocities of 6.4 km.s–1 and 8.1 km.s–1, respectively. The minimum distance from the epicenter of a near surface earthquake at which Pn-waves are observed is _______ km.Correct answer is '85 to 95'. Can you explain this answer? covers all topics & solutions for GATE 2024 Exam. Find important definitions, questions, meanings, examples, exercises and tests below for Assume a flat earth with crustal thickness of 35 km and average crustal and upper mantle P-wave velocities of 6.4 km.s–1 and 8.1 km.s–1, respectively. The minimum distance from the epicenter of a near surface earthquake at which Pn-waves are observed is _______ km.Correct answer is '85 to 95'. Can you explain this answer?.
Assume a flat earth with crustal thickness of 35 km and average crustal and upper mantle P-wave velocities of 6.4 km.s–1 and 8.1 km.s–1, respectively. The minimum distance from the epicenter of a near surface earthquake at which Pn-waves are observed is _______ km.Correct answer is '85 to 95'. Can you explain this answer? for GATE 2024 is part of GATE preparation. The Question and answers have been prepared according to the GATE exam syllabus. Information about Assume a flat earth with crustal thickness of 35 km and average crustal and upper mantle P-wave velocities of 6.4 km.s–1 and 8.1 km.s–1, respectively. The minimum distance from the epicenter of a near surface earthquake at which Pn-waves are observed is _______ km.Correct answer is '85 to 95'. Can you explain this answer? covers all topics & solutions for GATE 2024 Exam. Find important definitions, questions, meanings, examples, exercises and tests below for Assume a flat earth with crustal thickness of 35 km and average crustal and upper mantle P-wave velocities of 6.4 km.s–1 and 8.1 km.s–1, respectively. The minimum distance from the epicenter of a near surface earthquake at which Pn-waves are observed is _______ km.Correct answer is '85 to 95'. Can you explain this answer?.
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Assume a flat earth with crustal thickness of 35 km and average crustal and upper mantle P-wave velocities of 6.4 km.s–1 and 8.1 km.s–1, respectively. The minimum distance from the epicenter of a near surface earthquake at which Pn-waves are observed is _______ km.Correct answer is '85 to 95'. Can you explain this answer?, a detailed solution for Assume a flat earth with crustal thickness of 35 km and average crustal and upper mantle P-wave velocities of 6.4 km.s–1 and 8.1 km.s–1, respectively. The minimum distance from the epicenter of a near surface earthquake at which Pn-waves are observed is _______ km.Correct answer is '85 to 95'. Can you explain this answer? has been provided alongside types of Assume a flat earth with crustal thickness of 35 km and average crustal and upper mantle P-wave velocities of 6.4 km.s–1 and 8.1 km.s–1, respectively. The minimum distance from the epicenter of a near surface earthquake at which Pn-waves are observed is _______ km.Correct answer is '85 to 95'. Can you explain this answer? theory, EduRev gives you an
ample number of questions to practice Assume a flat earth with crustal thickness of 35 km and average crustal and upper mantle P-wave velocities of 6.4 km.s–1 and 8.1 km.s–1, respectively. The minimum distance from the epicenter of a near surface earthquake at which Pn-waves are observed is _______ km.Correct answer is '85 to 95'. Can you explain this answer? tests, examples and also practice GATE tests.
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