To provide a sequence leading to the formation of a geologic cross section from a diagram, it would typically include the following ordered events. However, since I don't have access to the diagram on page 110, the explanation below is generic and can be customized based on the features observable in that specific diagram:

1. **Deposition of Sedimentary Layers**: Various sedimentary rocks are deposited over time in horizontal layers as sediments accumulate in different environments such as rivers, lakes, and oceans.

2. **Lithification Process**: The accumulated sediments undergo lithification where they are compacted and cemented together to form solid sedimentary rocks.

3. **Tectonic Activity**: Geological forces such as tectonic plate movements may cause folding, faulting, or uplifting of the sedimentary layers.

4. **Erosion**: Weathering and erosion occur on the surface, removing some of the overlying materials and exposing lower layers, contributing to the visible cross-section.

5. **Formation of Igneous or Metamorphic Rock**: If applicable, intrusion of magma can form igneous rock, or existing rock layers may undergo metamorphism due to heat and pressure changes in the Earth's crust.

6. **Continued Weathering and Erosion**: Over time, additional weathering processes continue to expose different layers, potentially revealing features such as fossils or mineral deposits.

7. **Final Cross-Section Development**: The current view of the geological cross-section reflects millions of years of these processes, showcasing a range of rock types and structures that were formed and significantly altered.

For a more customized sequence, one would need specific details or features present in the diagram on page 110.

Question

To provide a sequence leading to the formation of a geologic cross section from a diagram, it would typically include the following ordered events. However, since I don't have access to the diagram on page 110, the explanation below is generic and can be customized based on the features observable in that specific diagram:

1. **Deposition of Sedimentary Layers**: Various sedimentary rocks are deposited over time in horizontal layers as sediments accumulate in different environments such as rivers, lakes, and oceans.

2. **Lithification Process**: The accumulated sediments undergo lithification where they are compacted and cemented together to form solid sedimentary rocks.

3. **Tectonic Activity**: Geological forces such as tectonic plate movements may cause folding, faulting, or uplifting of the sedimentary layers.

4. **Erosion**: Weathering and erosion occur on the surface, removing some of the overlying materials and exposing lower layers, contributing to the visible cross-section.

5. **Formation of Igneous or Metamorphic Rock**: If applicable, intrusion of magma can form igneous rock, or existing rock layers may undergo metamorphism due to heat and pressure changes in the Earth's crust.

6. **Continued Weathering and Erosion**: Over time, additional weathering processes continue to expose different layers, potentially revealing features such as fossils or mineral deposits.

7. **Final Cross-Section Development**: The current view of the geological cross-section reflects millions of years of these processes, showcasing a range of rock types and structures that were formed and significantly altered.

For a more customized sequence, one would need specific details or features present in the diagram on page 110.

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