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What type of rock is likely to form next when extrusive igneous rock is broken down by wheathering?
Sedimentary rocks are likely to form when extrusive igneous rock is broken down by weathering. This process involves the erosion and transportation of the weathered rock material, which eventually gets deposited and compacted to form sedimentary rocks.
Can igneous rock be weathered to form sediment?
Yes. Any rock can be weathered to form sediment.
A very hard igneous rock containing quartz and feldspar?
The rock you are referring to is likely granite. Granite is a commonly occurring igneous rock that contains minerals such as quartz and feldspar. Due to its durability and resistance to weathering, granite is often used in construction for countertops, monuments, and building facades.
Where is an igneous rock most likely from?
igneous rocks usally form by cooled magma.
Which came first sedimentary igneous metamorphic rocks?
Metamorphic rock would probably have been the first rock type formed after the initial formation of the first igneous rock. Sedimentary rock formation relies on weathering and erosion, whereas metamorphic rock can be created by heat and pressure. It's likely that rock was metamorphosed before weathering existed .
What type of rock is likely to form next when extrusive igneous rock is broken down by weathering?
Sedimentary rock is likely to form next when extrusive igneous rock is broken down by weathering. Weathering breaks down the igneous rock into sediment, which then undergoes compaction and cementation to form sedimentary rock over time.
What type is rock is likely to form next when extrusive igneous rock is broken down by weathering?
Sedimentary
What type of rock is likely to form next when extrusive igneous rock is broken down by wheathering?
Sedimentary rocks are likely to form when extrusive igneous rock is broken down by weathering. This process involves the erosion and transportation of the weathered rock material, which eventually gets deposited and compacted to form sedimentary rocks.
Which tough mineral is most likely to survive extensive chemical weathering and form sand grains on beaches or dunes?
Quartz is the tough mineral most likely to survive extensive chemical weathering and form sand grains on beaches or dunes. Its hardness and resistance to chemical weathering make it a common component of sand in these environments.
Once the rock is formed will it always be an igneous rock?
It is possible, but not likely. It is more likely to undergo metamorphism, or be subjected to weathering and erosion, and end up as a different type of rock.
Can igneous rock be weathered to form sediment?
Yes. Any rock can be weathered to form sediment.
Soils with an abundant supply of potassium would likely have been developed from which igneous rocks containing which primary minerals?
The soils would probably have developed from the weathering and erosion of the intrusive igneous rock granite which contains potassium feldspars, also called K-spars, K-feldspars, and microcline.
A very hard igneous rock containing quartz and feldspar?
The rock you are referring to is likely granite. Granite is a commonly occurring igneous rock that contains minerals such as quartz and feldspar. Due to its durability and resistance to weathering, granite is often used in construction for countertops, monuments, and building facades.
Where is an igneous rock most likely from?
igneous rocks usally form by cooled magma.
Which came first sedimentary igneous metamorphic rocks?
Metamorphic rock would probably have been the first rock type formed after the initial formation of the first igneous rock. Sedimentary rock formation relies on weathering and erosion, whereas metamorphic rock can be created by heat and pressure. It's likely that rock was metamorphosed before weathering existed .
Which is not a likely outcome after extensive irrigation of dry farmland?
Nutrient-rich soil is not a likely outcome after extensive irrigation of dry farmland
Which would weather faster a fine grained or a coarse grained igneous rock?
A fine-grained igneous rock would likely weather faster than a coarse-grained igneous rock. This is because the smaller grains in a fine-grained rock provide more surface area for weathering processes to act upon, leading to quicker breakdown and erosion.
