With sedimentary rocks, young ones are usually on top of older ones. Where igneous rocks intrude into others, the intrusions must be younger than the surrounding rocks.
Yes, rocks in the Earth can shift positions due to movements in the Earth's crust caused by tectonic plate interactions. This can result in processes like earthquakes and mountain building, where rocks are subjected to immense pressure and movement that can cause them to shift into new positions.
Schist rocks can be both permeable and impermeable, depending on factors such as the size and arrangement of mineral grains, the presence of fractures or faults, and the level of metamorphism they have undergone. In general, schist rocks tend to have higher permeability compared to other metamorphic rocks such as gneiss or marble.
relative age
Metallic minerals or metals are commonly associated with igneous rocks, especially mafic and ultramafic rocks such as basalt, gabbro, and peridotite. These rocks have higher concentrations of iron, nickel, copper, and other metallic elements compared to other rock types, making them favorable environments for the formation of metallic mineral deposits.
greater proportion of silica
Compared to other parts of the body, yes. Compared to diamond or some rocks, no.
It's age compared to the ages of other rocks.
Nobody actually knows the correct answer to that. But we all know that there is a LOT! If you want to figure out the answer to questions like that, you should be a person who studies the earth, rocks, and other plants. Hay, maybe after that you can figure out the answer to your question or any other ones you might have.
Rocks can be compared based on their mineral composition, texture, color, and density. By examining these characteristics, geologists can determine the type of rock and its origins. Additionally, rocks can be compared based on their hardness, cleavage, and overall physical properties.
Minerals and rocks have lower energy configuration of order compared to other matterals.
knowing that every thing in and on earth moves, yes it can shift positions
(044),(281)
mystery gift is for the amaica rocks and i am still tryiny to figure out the other parts
Yes, rocks in the Earth can shift positions due to movements in the Earth's crust caused by tectonic plate interactions. This can result in processes like earthquakes and mountain building, where rocks are subjected to immense pressure and movement that can cause them to shift into new positions.
i am not telling figure it out on your own
Escher rocks
Because its less dense