Two different areas of the United States receive the same amount of rainfall during a day. Area A has soil that contains many large pores and rocks made of sandstone. The soil in Area B is mainly heavy clay. Area A is a desert. Area B is a swamp. For each area (Area A and Area B) describe the level of the water table before a day of rain and the level after a day of rain.

8 point question.
anyone get this? because I have no clue what they are even saying.

Compare the two soil types; how much water do you think each would retain.

That Area A is a desert and Area B a swamp, should give you some idea.

To answer this question, let's break it down step by step.

Areas A and B are being compared in terms of their soil composition. Area A has soil that contains many large pores and rocks made of sandstone, while Area B has mainly heavy clay soil.

Before a day of rain, the water table refers to the level at which underground water is found in the soil. In Area A, with its sandy soil containing large pores and rocks, the water table would generally be low or shallow. The large pores and rocks allow water to easily percolate through the soil, preventing excessive accumulation of water.

On the other hand, in Area B, with its heavy clay soil, the water table is likely to be high or deep. Clay soil has tiny particles that hold water tightly, reducing its ability to drain well. As a result, the water table in Area B might be closer to the surface, even before any rain.

Now, after a day of rain, let's consider the impact on the water table in each area. In Area A, which is described as a desert, the sandy soil with its large pores and rocks would facilitate rapid drainage. This means that the excess rainwater would quickly move downward through the soil, potentially lowering the water table even further.

In Area B, which is described as a swamp, the heavy clay soil would already have limited drainage capacity. Therefore, after a day of rain, the water table in Area B is likely to rise significantly. The clay soil would absorb the rainwater, causing it to accumulate and saturate the soil, resulting in an elevated water table.

To summarize:
- Before a day of rain, the water table in Area A (desert) would be low or shallow due to the well-draining sandy soil.
- Before a day of rain, the water table in Area B (swamp) might already be relatively high or deep due to the heavy clay soil's limited drainage capabilities.
- After a day of rain, the water table in Area A (desert) would potentially decrease due to the sandy soil's ability to quickly drain excess water.
- After a day of rain, the water table in Area B (swamp) would likely rise significantly due to the poor drainage of clay soil leading to water accumulation.

I hope this explanation clarifies the question for you! Let me know if there's anything else I can help you with.