The principle of cross-cutting relationship states that:
a) the older layers in an undeformed sedimentary rock sequence will be at or near the bottom of the sequence
b) all sedimentary rock layers were originally horizontal
c) if fragments of rock "A" is found within rock "B", then rock "A" is older than rock "B"
d) all sedimentary rock layers originally extended in all directions
e) if a sequence of sedimentary rock is disrupted by a fault or an igneous intrusion, then the fault or the igneous intrusion is younger than the disrupted layers
Answer: e) if a sequence of sedimentary rock is disrupted by a fault or an igneous intrusion, then the fault or the igneous intrusion is younger than the disrupted layers
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
All of the atoms making up any given element have the same number of ________
A) electrons in the nucleus B) protons in the nucleus C) neutrons in the outer nuclear shell D) electrons in the outermost valence shell
Why is there a relatively high risk of seismic activity in Oklahoma?
A. It is associated with drilling for gas and oil. B. The crust is rebounding from the glacial ice of the Pleistocene. C. This is a failed continental rift. D. This is a bomb testing area. E. This is a subduction zone.
When an ice block that was buried in sediment finally melts, a depression called a(n) ________ forms.
A. kettle B. roche moutonnĂ©e C. horn D. drumlin E. arĂȘte