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from: Geodynamics, Spring 2010 Lab #1 Due: April 21, 2010 Geodynamics G456-556 Lab #3: Relative Plate Motions

Geodynamics G456-556 Lab #3: Relative Plate Motions · Table 4 is a comparison of 4 different modeled relative plate motions between Eurasia-India. Calculate the magnitude and azimuth

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Page 1: Geodynamics G456-556 Lab #3: Relative Plate Motions · Table 4 is a comparison of 4 different modeled relative plate motions between Eurasia-India. Calculate the magnitude and azimuth

from:

Geodynamics, Spring 2010 Lab #1 Due: April 21, 2010

GeodynamicsG456-556

Lab #3: Relative Plate Motions

Page 2: Geodynamics G456-556 Lab #3: Relative Plate Motions · Table 4 is a comparison of 4 different modeled relative plate motions between Eurasia-India. Calculate the magnitude and azimuth
Page 3: Geodynamics G456-556 Lab #3: Relative Plate Motions · Table 4 is a comparison of 4 different modeled relative plate motions between Eurasia-India. Calculate the magnitude and azimuth
Page 4: Geodynamics G456-556 Lab #3: Relative Plate Motions · Table 4 is a comparison of 4 different modeled relative plate motions between Eurasia-India. Calculate the magnitude and azimuth
Page 5: Geodynamics G456-556 Lab #3: Relative Plate Motions · Table 4 is a comparison of 4 different modeled relative plate motions between Eurasia-India. Calculate the magnitude and azimuth

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Modify the script to also produce the magnitude and azimuth of motions

Exercise 5: Since 1990, there have been numerous studies refining relative plate motions. Table 4 is a comparison of 4 different modeled relative plate motions between Eurasia-India. Calculate the magnitude and azimuth for the motion of Calcuta relative to Eurasia for each of the different models. How much difference is there between them?