Granite comprising Stone Mountain crystallized from magma tens of kilometers within the Earth, but uplift and erosion has since laid this pluton bare. Assuming that erosion has only slightly modified the original shape of the more durable granite body, which of the igneous rock bodies in Figure 4.5 does Stone Mountain most closely resemble?
yes
We do not have the figure.
Wow the amount of cheating. What will the world be in 20 years? I know full of stupid cheaters. REMEMBER AXIA STUDENTS THERE IS A PLAGIARISM RULE FOR ATTENDING OUR SCHOOL.
To determine which igneous rock body in Figure 4.5 Stone Mountain most closely resembles, we need to understand the characteristics of Stone Mountain and compare them to the features represented in the figure. Here's how we can approach it:
1. Obtain Figure 4.5: Look for the figure mentioned in the question. It might be a diagram or image showing different types of igneous rock bodies. Make sure you have access to this figure before proceeding.
2. Analyze Stone Mountain: Granite is a type of igneous rock that forms deep within the Earth's crust, and Stone Mountain is primarily composed of granite. It crystallized from magma tens of kilometers underground and was exposed due to uplift and erosion. Assuming that erosion has only slightly modified its original shape, we can consider the overall size and shape of Stone Mountain as important characteristics to compare.
3. Compare with Figure 4.5: Examine the different igneous rock bodies depicted in Figure 4.5 and look for similarities in size and shape with Stone Mountain. Focus on the pluton-like structures, as plutons are large bodies of intrusive igneous rocks that solidify beneath the Earth's surface.
4. Consider the closest match: Determine which igneous rock body in Figure 4.5 has the closest resemblance to Stone Mountain based on size and shape. This will be the answer to the question.
Unfortunately, without access to Figure 4.5, I cannot provide a specific answer. However, by following the steps outlined above, you should be able to compare the characteristics of Stone Mountain with the illustrated igneous rock bodies and identify the closest match.