Question

Relative time is an important tool for geologist to quickly construct series of events, especially in the field. In the following section, apply what you have learned regarding relative time to the questions below. In Figure $1.9$, which of the following geologic structures is the youngest? a. $A$ b. B c. $\mathrm{C}$

Name: Problem 3, Chapter 1: Laboratory Manual for Introductory Geology
Uploaded: 2022-01-31T21:45:05-08:00
Duration: 1 min 21 s
Channel: Charles Machakwa
Description: Relative time is an important tool for geologist to quickly construct series of events, especially in the field. In the following section, apply what you have learned regarding relative time to the questions below. In Figure 1.9, which of the following geologic structures is the youngest? a. A b. B c. C

   Relative time is an important tool for geologist to quickly construct series of events, especially in the field. In the following section, apply what you have learned regarding relative time to the questions below.
In Figure $1.9$, which of the following geologic structures is the youngest?
a. $A$
b. B
c. $\mathrm{C}$

Laboratory Manual for Introductory Geology

Bradley Deline,… 2016 Edition

Chapter 1, Problem 3

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Solved by Expert Charles Machakwa

01/31/2022

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Now, let's analyze Figure 1.9 (unfortunately, we cannot see the figure, but we can still provide a general approach to solving this problem). Show more…

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Relative time is an important tool for geologist to quickly construct series of events, especially in the field. In the following section, apply what you have learned regarding relative time to the questions below. In Figure $1.9$, which of the following geologic structures is the youngest? a. $A$ b. B c. $\mathrm{C}$

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Key Concepts

Principle of Superposition

In sedimentary rock layers, the principle of superposition states that the oldest layers lie at the bottom of a sequence while the younger layers lie on top. This principle is critical for interpreting the chronological sequence of sedimentary deposition.

Cross-Cutting Relationships

This concept asserts that geological features such as faults or intrusions that cut through other rocks must be younger than the rocks they disrupt. It is an essential tool in relative dating, helping to establish the sequence of tectonic events and other geological structures.

Relative Dating

This concept involves determining the sequence of geological events without necessarily determining their numerical age. It is fundamental in geology for constructing an understanding of the order in which rocks and structures were formed based on observable relationships.

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