A geologist studies the rock layers at a site to determine the geologic history. The table summarizes her data. According to this information, which diagram matches the order in which the layers were deposited? (1 point)
Unfortunately, the table that you mentioned is not provided in the question. Could you please provide the information from the table or describe the data?
Apologies, but without the table and its data, I am unable to determine which diagram matches the order in which the layers were deposited. Please provide the necessary information so that I can assist you further.
To determine the order in which the rock layers were deposited, we can analyze the information provided in the table. Without the actual data from the table, it is impossible to determine which diagram matches the order of deposition. However, here is how you can analyze the data to find the answer:
1. Look at the rock types: The table should provide information about the types of rocks found in each layer. Start by identifying the rock types mentioned in the data.
2. Identify the oldest layer: In geology, the principle of superposition states that in an undisturbed rock sequence, the oldest rocks will be at the bottom, while the youngest will be at the top. Look for indications of the oldest layer in the table, such as mentions of "bottommost layer" or "lowest layer."
3. Analyze the layer relationships: Look for any information in the table that indicates how the layers are related to each other, such as "layer A overlies layer B" or "layer C cuts across layer D." This can help you understand the relative order of the layers.
4. Consider any rock deformation: If the table mentions any rock deformation, such as folding or faulting, it can provide additional clues about the order of deposition.
Using these steps, carefully analyze the information in the table to determine the correct order in which the rock layers were deposited.