Read the passage below and answer each questions that follow: Weathering, which is the gradual breaking down or disintegration of rocks into smaller particl...
Question 1 Report
Read the passage below and answer each questions that follow:
Weathering, which is the gradual breaking down or disintegration of rocks into smaller particles or fragments by either physical or chemical process, can be affected by many factors. Generally speaking, the climatic condition of a particular area has a great effect on the weathering. Physical or mechanical weathering needs temperature and water.
Chemical weathering, on the other hand, thrives where the climate is hot. We were all taught all these in the four walls of the classroom. I made a visit to my village to see these scientific discoveries. I noticed big trees with their roots penetrating into rocks and breaking them. I initially wondered and puzzled seeing trees growing from the rock.
A similar thing happened to the soil sampling surrounding where there were rocks. I could see the rock particles mixing up with the rest of the soil.
From the passage, it can be inferred that
Answer Details
The passage suggests that climate plays a crucial role in determining the type of weathering that occurs. This is inferred from the statement which mentions that climatic conditions greatly affect weathering.
The passage describes two types of weathering: physical or mechanical weathering, which requires temperature and water, and chemical weathering, which thrives in hot climates. Therefore, the relationship between climate and weathering is quite evident.
Physical weathering occurs when the temperature and water cause rocks to break into smaller pieces. This typically happens in climates with fluctuating temperatures where water can freeze and thaw, causing rocks to crack. On the other hand, chemical weathering is more effective in hot climates, where chemical reactions are accelerated, leading to the breakdown of rocks.
Hence, we can conclude that climate determines the type of weathering. It directly refutes any notion that weathering occurs only in cool temperatures or only in hot temperatures, as it provides examples of both types of weathering being influenced by climate conditions.
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