QuestionAugust 7, 2025

Relative time dating is one way that scientists can understand the relative ages of rocks and fossils, Refer to the figure above.What can you conclude about the relative ages of the labeled rock layers? A) Layer D is the oldest layer of rock in this figure. B) Layer D is the youngest layer of rock in this figure. C) Layer D is older than layer A but younger than layer B. D) Layer D is older than layer B but younger than layer E.

Relative time dating is one way that scientists can understand the relative ages of rocks and fossils, Refer to the figure above.What can you conclude about the relative ages of the labeled rock layers? A) Layer D is the oldest layer of rock in this figure. B) Layer D is the youngest layer of rock in this figure. C) Layer D is older than layer A but younger than layer B. D) Layer D is older than layer B but younger than layer E.
Relative time dating is one way that scientists can understand the relative ages of rocks and fossils, Refer to the figure above.What can you conclude about the relative ages of the labeled rock layers? A) Layer D is the oldest layer of rock in this figure. B) Layer D is the youngest layer of rock in this figure. C) Layer D is older than layer A but younger than layer B. D) Layer D is older than layer B but younger than layer E.

Solution
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Answer

C) Layer D is older than layer A but younger than layer B. Explanation 1. Understand Relative Dating Principles Relative dating uses the principle of superposition, where younger layers are deposited on top of older layers. 2. Analyze Layer Positions Examine the order of layers from top to bottom. The topmost layer is the youngest, and the bottommost layer is the oldest. 3. Determine Layer D's Position Identify Layer D's position relative to other layers. If Layer D is below Layer A but above Layer B, it is older than A but younger than B.

Explanation

1. Understand Relative Dating Principles<br /> Relative dating uses the principle of superposition, where younger layers are deposited on top of older layers.<br /><br />2. Analyze Layer Positions<br /> Examine the order of layers from top to bottom. The topmost layer is the youngest, and the bottommost layer is the oldest.<br /><br />3. Determine Layer D's Position<br /> Identify Layer D's position relative to other layers. If Layer D is below Layer A but above Layer B, it is older than A but younger than B.
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