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The Following Questions Refer to the Description and Figure Below

Question 41

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The following questions refer to the description and figure below.
The figure represents a cross section of the sea floor through a mid-ocean rift valley, with alternating patches of black and white indicating sea floor with reversed magnetic polarities. At the arrow labeled "I" (the rift valley) , the igneous rock of the sea floor is so young that it can be accurately dated using carbon-14 dating. At the arrow labeled "III," however, the igneous rock is about 1 million years old, and potassium-40 dating is typically used to date such rocks. Note: The horizontal arrows indicate the direction of sea-floor spreading, away from the rift valley.
The following questions refer to the description and figure below. The figure represents a cross section of the sea floor through a mid-ocean rift valley, with alternating patches of black and white indicating sea floor with reversed magnetic polarities. At the arrow labeled  I  (the rift valley) , the igneous rock of the sea floor is so young that it can be accurately dated using carbon-14 dating. At the arrow labeled  III,  however, the igneous rock is about 1 million years old, and potassium-40 dating is typically used to date such rocks. Note: The horizontal arrows indicate the direction of sea-floor spreading, away from the rift valley.     Figure 25.1 -Which section of sea-floor crust should have the thickest layer of overlying sediment, assuming a continuous rate of sediment deposition? A)  A B)  B C)  C D)  D E)  E
Figure 25.1
-Which section of sea-floor crust should have the thickest layer of overlying sediment, assuming a continuous rate of sediment deposition?


A) A
B) B
C) C
D) D
E) E

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