The Earth is more centrally concentrated than uniform density (but not as concen

Question

The Earth is more centrally concentrated than uniform density (but not as concentrated as the Sun) so its moment of inertia is about I = 0.33M R^2. (A) The Thoku earthquake of 2011 shortened the length of the day by 1.8 s. Assuming that a piece of the sea floor was displaced vertically 7 meters in the earthquake, how much mass was displaced, and in which direction (up or down), during the earthquake? (Hint: you may find the binomial expansion, Appendix A in the text, useful.) The Earth is more centrally concentrated than uniform density (but not as concentrated as the Sun) so its moment of inertia is about I = 0.33M R^2. (A) The Thoku earthquake of 2011 shortened the length of the day by 1.8 s. Assuming that a piece of the sea floor was displaced vertically 7 meters in the earthquake, how much mass was displaced, and in which direction (up or down), during the earthquake? (Hint: you may find the binomial expansion, Appendix A in the text, useful.) The Earth is more centrally concentrated than uniform density (but not as concentrated as the Sun) so its moment of inertia is about I = 0.33M R^2. (A) The Thoku earthquake of 2011 shortened the length of the day by 1.8 s. Assuming that a piece of the sea floor was displaced vertically 7 meters in the earthquake, how much mass was displaced, and in which direction (up or down), during the earthquake? (Hint: you may find the binomial expansion, Appendix A in the text, useful.)

Explanation / Answer

Problem 6.32:

Here A=10, E=5, I=2, O=1, U=0 And X=-10

Total closeness rating

1 2 3 4 5 - 1 - A U E U - 2 - U U I - 3 - U X - 4 - A - 5 - -

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