Because shale and sandstone don't let water pass them, but conglomerate does
Sedimentary rock is the only type of rock that will contain fossils, but there are several types of sedimentary rock.Examples:Clastic Sedimentary Rocks (particles of silt and/or sand that cement together): Conglomerate, Breccia, Sandstone, Siltstone, Shale.Examples:Chemical Sedimentary Rocks (forms when mineral constituents become supersaturated and inorganically precipitate):Evaporates:Halite, GypsumCarbonates:Limestone, Fossiliferous LimestoneSiliceous Rocks: ChertOrganic Sedimentary Rocks: Coal.The rocks listed in BOLD will likely be found with fossils.
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.
Is at the bottom of course! Since sedimentary rock is formed when layers build up and then harden. So the younger would be at the top.!
Sedimentary rocks show fossils, because of pre-existing life forms. They also show ripple marks due to weathering and erosion...
Sharks have skeletons made of cartilage, which is less likely to fossilize compared to bone. Additionally, shark bodies are usually scavenged by other marine animals before they can be preserved as fossils.
any rock that was formed by sediments like limestone, sandstone, and shale
Sandstone is the rock type most likely to contain fossils, as it is formed from compacted grains of sand that can preserve the shapes of organisms. Granite, marble, and basalt are less likely to contain fossils, as they are formed through processes that typically do not preserve organic remains.
Because sandstone, silty shale, and shell limestone usually have origins of formation on or near shore, the pebble conglomerate is left. Pebble conglomerates are formed from deposition of water transported rocks of larger size than the smaller rock particles which compose sandstone and shale. The larger size indicates they were transported and deposited further from the shoreline.
Sandstone. Sandstone is a sedimentary rock - which is the only type of rock which can contain fossils.
No, pebble conglomerate is more likely to form closer to the shoreline where high-energy water can transport and deposit large pebbles. Farther from the shoreline, sediments are usually finer-grained and form different types of rocks like shale or sandstone.
Sedimentary rocks, such as sandstone, shale, or conglomerate, are likely to be found in an ancient riverbed on the Earth's surface. These rocks are formed from the accumulation and compaction of sediments carried by rivers over time.
You are likely to find fossils in sedimentary rocks, such as limestone, shale, and sandstone. These rocks form from the accumulation and compression of sediment layers over time, which can help preserve the remains of organisms within them.
As sandstone is a sedimentary rock formed from grains of sand over millions of years), applying heat and pressure is likely to pulverise the sandstone.
Conglomerate rock is most likely formed from pebble-sized sediment deposited in shallow water at an ocean shoreline. The pebbles are typically rounded due to erosion in water, and they can become cemented together to form the conglomerate rock.
In that scenario, you would most likely find the three basic types of clastic sedimentary rocks (conglomerate, sandstone, and shale) in the following order: conglomerate near the creek where larger sediment particles accumulate, sandstone in the transition zone between the creek and lake where medium-sized particles settle, and shale in the deeper parts of the lake where fine sediment particles settle.
No, shale is a finer-grained rock and will give better preservation than a sandstone.
Conglomerate rock is most likely formed from pebble-sized sediment deposited in shallow water at an ocean shoreline. As the pebbles accumulate, they cement together to form the rock.