Earthworms can cause physical weathering by burrowing through soil, which can create tunnels that allow air and water to penetrate deeper into the ground. As they move through the soil, earthworms can also push rocks and sediment to the surface, exposing them to the elements and contributing to the breakdown of rocks through processes like frost wedging.
Physical weathering can occur when water seeps into cracks in rocks and freezes, causing the water to expand and break the rock apart. Additionally, wind carrying abrasive particles can wear down rock surfaces through abrasion. Finally, repeated heating and cooling of rocks can cause them to expand and contract, leading to fractures and disintegration.
Both are mechanical, physical changes, involving the removal of surface material by the action of wind or water. But both can also involve chemical changes which would tend to change the rate of erosion or weathering - for example, acidic rain might cause limestone to weather faster than neutral rain water would.
Physical weathering can break down a sample by causing mechanical disintegration through processes like frost wedging, abrasion from wind or water, or thermal expansion and contraction. This can lead to the fragmentation and breakdown of the sample into smaller pieces over time.
Both chemical and mechanical weathering breakdown a rock into particles, just in diffrent ways. Mechanical weathering is the physical weathering in which a rock is broken down into particles. Chemical weathering is the weathering in which rocks are disolved, decomposed , or loosend to change the minerals in the rock.
The grass growing through a crack in a sidewalk can contribute to physical weathering by exerting pressure on the concrete as the roots expand, potentially widening the crack. Additionally, the roots can facilitate chemical weathering as they release organic acids that can weaken the sidewalk's structure over time. Ultimately, this combination of physical and chemical weathering can lead to further deterioration of the sidewalk.
Physical weathering can occur when water seeps into cracks in rocks and freezes, causing the water to expand and break the rock apart. Additionally, wind carrying abrasive particles can wear down rock surfaces through abrasion. Finally, repeated heating and cooling of rocks can cause them to expand and contract, leading to fractures and disintegration.
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give example of a real life situation where a substance's resisrance to weathering might make a difference
Both are mechanical, physical changes, involving the removal of surface material by the action of wind or water. But both can also involve chemical changes which would tend to change the rate of erosion or weathering - for example, acidic rain might cause limestone to weather faster than neutral rain water would.
Physical weathering can break down a sample by causing mechanical disintegration through processes like frost wedging, abrasion from wind or water, or thermal expansion and contraction. This can lead to the fragmentation and breakdown of the sample into smaller pieces over time.
Both chemical and mechanical weathering breakdown a rock into particles, just in diffrent ways. Mechanical weathering is the physical weathering in which a rock is broken down into particles. Chemical weathering is the weathering in which rocks are disolved, decomposed , or loosend to change the minerals in the rock.
The grass growing through a crack in a sidewalk can contribute to physical weathering by exerting pressure on the concrete as the roots expand, potentially widening the crack. Additionally, the roots can facilitate chemical weathering as they release organic acids that can weaken the sidewalk's structure over time. Ultimately, this combination of physical and chemical weathering can lead to further deterioration of the sidewalk.
Experiencing emotional, psychological, or physical trauma.
You might see a similar type of weathering in nature on coastal cliffs where the combination of wind, water, and salt spray gradually erodes the rock surface. Additionally, you could observe similar weathering processes in arid environments where extreme temperature fluctuations cause rocks to expand and contract, leading to cracking and breakdown.
the chemical and physical particles
Environment factors that might affect an earthworm living in a lawn include soil moisture levels, temperature, pH levels, presence of pesticides or herbicides, and availability of organic matter for food. Changes in any of these factors can impact the earthworm's ability to survive and thrive in its habitat.
There are a few different weathering conditions that might affect copper. Rain and snow are some conditions that would affect copper.