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Rocks are formed initially as one large slab, then are broken down by various processes. Most of the processes that will break rocks down into smaller rocks require the rock be exposed to the weather (wind, rain, freeze/thaw cycle, mechanical separation by roots growing into the cracks), so the further the rocks are from the surface, the larger they are likely to be.
gravity method
large rocks
Small rocks weather more quickly than large rocks because their surface area is thinner and it takes more time because there larger
Glaciers
Rocks are formed initially as one large slab, then are broken down by various processes. Most of the processes that will break rocks down into smaller rocks require the rock be exposed to the weather (wind, rain, freeze/thaw cycle, mechanical separation by roots growing into the cracks), so the further the rocks are from the surface, the larger they are likely to be.
Because that is the very definition of igneous rock.
the uranium-lead method is a method to determanie the age of Earth's oldest rocks
in this process the substance to be filtered (eg water) is taken in a large tank and allowed to stand for some time. after some time the heavy impurities (like rocks, stones etc) settle down at the bottom and are removed. This is called sedimentation separation. it is used in water treatment plants.
the large plutonic rocks formed by the hardening of magma into the earths crust is called the ignius rocks
gravity method
something to do with science and rocks
large rocks
Sand dunes because, the wind blows sand and some sand hit large rocks, and they fall behind the large rocks, and the large rocks get covered in sand, but soon another large rock will do the same.
Igneous rocks.
Dating rocks age.
Small rocks weather more quickly than large rocks because their surface area is thinner and it takes more time because there larger