Yes.
Sedimentary rock is formed when loose rocks and dirt are transported and re-deposited. This process can happen through erosion, transportation by wind or water, and eventual deposition in layers that solidify over time to form sedimentary rock. Examples include sandstone, shale, and limestone.
Yes. The only exceptions would be if tectonic forces either overturned the rock layers through folding or if older layers were thrust on top by a thurst fault. A thrust fault would be apparent if you see the same layers repeat.
Rocks, dirt, and water separate into layers through a process called sedimentation, where heavier materials settle to the bottom first, followed by lighter materials. Over time, this results in the formation of distinct layers based on the size and weight of the particles in the mixture. This process can be influenced by factors such as the force of gravity, water flow, and particle size.
that's easy, dirt is on the ground and over the yyears more dirt and rock cover it, subsequently every new layer of ground goes on top of the last one making the most current one the one top with other layers increasing in age as you go further down.
Sedimentary rock is formed by silt and mud accumulating and being compressed into stone mostly by time and it's own weight. A few years of heavy rains would likely leave dirtier and darker deposits. Any violent change in the area ( earthquakes, volcanoes, etc. ) might completely change the nature and colour of the deposits on a short term or permanent basis. Biologics ( anything from bacteria to dinosaurs ) might have a period of unrestrained growth, affecting the type and shades of the layers.
When dirt gets into layers and then it hardens and becomes hard like a rock.
If other layers of rock, dirt, dust, and sand are put on top of the igneous rock and the layers are compressed by their own weight, they become a single, unified layer of sedimentary rock. Simple Version: 1. Igneous rock 2. More rocks are put on the igneous rock. 3. The rock on top push down and squeeze the all of the layers into one layer.
Fossils are most likely to be found in sedimentary rocks. This is because these rocks form from layers of sand, dirt, and debris that accumulate over time and can preserve the remains of plants and animals. Sedimentary rocks often have distinct layers that can hold fossils within them.
Dirt
Because layers form during the period of bog dirt and its been forming from long long ago so layers keep going up ..
This activity models the formation of sedimentary rock, where loose sediment (in this case, the dirt) compacts and solidifies over time, similar to how the melted ice cube solidifies. Through this process, layers of sediment build up and harden into rock, just like the layers of dirt surrounding the ice cube.
Sedimentary rock is formed when loose rocks and dirt are transported and re-deposited. This process can happen through erosion, transportation by wind or water, and eventual deposition in layers that solidify over time to form sedimentary rock. Examples include sandstone, shale, and limestone.
the first layer is "DIRT" the second layer is "DIRT" the third layer is "DIRT" and the fourth layer is "DIRT"
coz itz just there
layers of sediments and dirt that has a lot of heat and pressure
there are 4 layers crust- dirt, mantel- hot rock, outer core- liquid metal, inner core- solid metal.
Yes. The only exceptions would be if tectonic forces either overturned the rock layers through folding or if older layers were thrust on top by a thurst fault. A thrust fault would be apparent if you see the same layers repeat.