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2) Use the following table for this question: Earth 5.97x10 Mass (kg) Radius of core (km) Radius of mantle (distance from center of body to top of mantle; km) Radius of whole body, including lithosphere (km) 3485 6278 6378 Mars 6.42x10 1700 3144 3394 Moon 7.35x10 1138 1738 The lithosphere of Mars is-250 km thick. Estimate the fraction of Mars" heat capacity that is in its lithosphere. Assume the specific heat capacity of the core is 620 J kg¹ C¹, and the specific heat capacity of the mantle and lithosphere is 1250 J kg C¹. The lithosphere of the Moon is-600 km thick. Its core is very small; assume all of the Moon below its lithosphere is mantle. Estimate the fraction of the Moon's heat capacity that is in its lithosphere. Assume the specific heat capacity of the mantle and lithosphere is 1250 J kg "C.

2) Use the following table for this question: Earth 5.97x10 Mass (kg) Radius of core (km) Radius of mantle (distance from center of body to top of mantle; km) Radius of whole body, including lithosphere (km) 3485 6278 6378 Mars 6.42x10 1700 3144 3394 Moon 7.35x10 1138 1738 The lithosphere of Mars is-250 km thick. Estimate the fraction of Mars" heat capacity that is in its lithosphere. Assume the specific heat capacity of the core is 620 J kg¹ C¹, and the specific heat capacity of the mantle and lithosphere is 1250 J kg C¹. The lithosphere of the Moon is-600 km thick. Its core is very small; assume all of the Moon below its lithosphere is mantle. Estimate the fraction of the Moon's heat capacity that is in its lithosphere. Assume the specific heat capacity of the mantle and lithosphere is 1250 J kg "C.

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
Problem 1LR
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2) Use the following table for this question: Earth 5.97x10 Mass (kg) Radius of core (km) Radius of mantle (distance from center of body to top of mantle; km) Radius of whole body, including lithosphere (km) 3485 6278 6378 Mars 6.42x10 1700 3144 3394 Moon 7.35x10 1138 1738 The lithosphere of Mars is-250 km thick. Estimate the fraction of Mars" heat capacity that is in its lithosphere. Assume the specific heat capacity of the core is 620 J kg¹ "C¹, and the specific heat capacity of the mantle and lithosphere is 1250 J kg¹ "C"¹. The lithosphere of the Moon is-600 km thick. Its core is very small; assume all of the Moon below its lithosphere is mantle. Estimate the fraction of the Moon's heat capacity that is in its lithosphere. Assume the specific heat capacity of the mantle and lithosphere is 1250 J kg"¹ "C.
Transcribed Image Text:2) Use the following table for this question: Earth 5.97x10 Mass (kg) Radius of core (km) Radius of mantle (distance from center of body to top of mantle; km) Radius of whole body, including lithosphere (km) 3485 6278 6378 Mars 6.42x10 1700 3144 3394 Moon 7.35x10 1138 1738 The lithosphere of Mars is-250 km thick. Estimate the fraction of Mars" heat capacity that is in its lithosphere. Assume the specific heat capacity of the core is 620 J kg¹ "C¹, and the specific heat capacity of the mantle and lithosphere is 1250 J kg¹ "C"¹. The lithosphere of the Moon is-600 km thick. Its core is very small; assume all of the Moon below its lithosphere is mantle. Estimate the fraction of the Moon's heat capacity that is in its lithosphere. Assume the specific heat capacity of the mantle and lithosphere is 1250 J kg"¹ "C.
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