A student designed an experiment to demonstrate the interaction between Earth systems. The steps of the experiment are given below.
*Take a pot full of dry soil.
*Keep the pot in direct sunlight.
*Do not water the soil for a week.
*Observe cracks in the soil after a week.
The student’s experiment demonstrates the
interactions between the geosphere and hydrosphere during a tornado
interactions between the atmosphere and geosphere during a drought
interactions between the hydrosphere and atmosphere during a hurricane
interactions between the hydrosphere and cryosphere during a thunderstorm
I think its B pls pls help
B is right.
You are correct, the student's experiment demonstrates the interactions between the atmosphere and geosphere during a drought. Let me explain why B is the correct answer:
In this experiment, the pot of dry soil represents the geosphere, which refers to the solid part of the Earth. Keeping the pot in direct sunlight represents the atmosphere, which refers to the layer of gases surrounding the Earth. Not watering the soil for a week represents a lack of precipitation, which is a characteristic of a drought. Finally, observing cracks in the soil after a week demonstrates the interaction between the atmosphere and geosphere, as the dry and hot conditions in the atmosphere cause the soil to lose moisture and shrink, resulting in cracks.
Therefore, the experiment shows how the geosphere (dry soil) and the atmosphere (sunlight and lack of water) interact during a drought.
You are correct, the student's experiment demonstrates the interactions between the atmosphere and geosphere during a drought.
To arrive at this conclusion, let's analyze the steps of the experiment:
1. Take a pot full of dry soil: This step indicates that the experiment focuses on the geosphere, which refers to the solid Earth.
2. Keep the pot in direct sunlight: Direct sunlight leads to increased temperatures and evaporation, which is primarily influenced by the atmosphere.
3. Do not water the soil for a week: This step simulates a dry condition, representative of a drought, where there is a lack of water in the environment.
4. Observe cracks in the soil after a week: The lack of water causes the soil to dry out and shrink, resulting in cracks forming on the surface. This phenomenon directly links to the interaction between the atmosphere and geosphere during a drought.
Therefore, option B, "interactions between the atmosphere and geosphere during a drought," is the correct choice.