Hawaii has a warm, wet, tropical climate. Which of these is most likely to break down newly formed rock in Hawaii?
-root wedging
-salt wedging
-frost wedging
-abrasion
I honestly have no clue but my guess is root wedging??
I don't know. Try to Goggle each alternative to see which one fits.
Sorry, Google.
To determine which process is most likely to break down newly formed rock in Hawaii, we need to consider the climate and geology of the region.
Hawaii has a warm, wet, tropical climate, which means that it receives high amounts of rainfall and has abundant vegetation. These factors play a significant role in rock weathering processes in the region.
Among the options provided, root wedging is the most likely process to break down newly formed rock in Hawaii. Root wedging occurs when plant roots grow into crevices and fractures in rocks, exerting pressure and causing them to crack or break apart over time. In the warm and wet climate of Hawaii, plant growth is abundant, and the roots of plants can penetrate and exploit any available cracks in newly formed rock.
However, it's important to note that other processes such as abrasion, salt wedging, or frost wedging can also contribute to the breakdown of rock in different climates or geological settings. Abrasion, for example, is more commonly associated with mechanical weathering caused by the physical rubbing or grinding of rock surfaces, often facilitated by the action of wind, water, or ice.
In conclusion, considering the warm, wet, tropical climate of Hawaii, root wedging is the most likely process to break down newly formed rock in this region.