When an igneous rock is eroded by rain, wind, etc. the small grains and dust are swept into streams and rivers. Eventually they are deposited in lakes, seas or oceans.
After a long time these sediments build up and are covered by later sediments. Due to compaction from overlying sediments they gradually turn into a rock, a sedimentary rock.
Bituminous coal is sedimentary! Bituminous coal is sedimentary!
The Twelve Apostles are limestone sea stacks composed of sedimentary rock. They were formed over millions of years through the accumulation and compaction of marine sediment.
All rocks on Earth take part in the "Rock Cycle". For an igneous or metamorphic rock to change into a sedimentary rock, they must undergo weathering and erosion by wind, water, and/or ice. The broken down pieces of rock (sediments) settle into layers that form a sedimentary rock.
Coal is neither extrusive nor intrusive. Coal is a sedimentary rock that forms from the accumulation and compaction of plant material over millions of years. It is typically found near the Earth's surface in sedimentary basins and is not formed through volcanic or igneous processes like extrusive or intrusive rocks.
It is impossible to directly observe the transition from an igneous rock to a sedimentary rock because this process typically occurs over millions of years involving erosion, transportation, deposition, and lithification. However, geologists can infer this transition by studying the characteristics and arrangement of rocks in a particular area, as well as analyzing the sedimentary layers above igneous formations.
Bituminous coal is sedimentary! Bituminous coal is sedimentary!
Yes,igneous rocks are also changed into soil.But they take millions of years to change into soil
Sedimentary rock is formed using dead sea animals' shells and are formed by thousands-millions of years of crushing together under the sea bed. Igneous rock means "born from fire" and is made in volcanoes.
The Twelve Apostles are limestone sea stacks composed of sedimentary rock. They were formed over millions of years through the accumulation and compaction of marine sediment.
It takes a very long time (millions of years) and occurs at high pressure deep within dense sediments. Igneous rocks form from magma or lava, then are slowly eroded into tiny particles (sand, silt, clay) that when buried and compressed may form a hard sedimentary rock. The time scale can be from millions to hundreds of millions of years.
All rocks on Earth take part in the "Rock Cycle". For an igneous or metamorphic rock to change into a sedimentary rock, they must undergo weathering and erosion by wind, water, and/or ice. The broken down pieces of rock (sediments) settle into layers that form a sedimentary rock.
By slowly over thousands or millions of years of breaking down into basically sand and then have presser or heat so it sticks together.
Rocks are classified as Igneous-coming from inside the earth Sedimentary-rocks that are compacted in the crust for millions of years, and Metamorphic-rocks exposed to great temperatures and pressures change into a different rock. GOOGLE the rock cycle
Coal is neither extrusive nor intrusive. Coal is a sedimentary rock that forms from the accumulation and compaction of plant material over millions of years. It is typically found near the Earth's surface in sedimentary basins and is not formed through volcanic or igneous processes like extrusive or intrusive rocks.
It takes a while for sedimentary rocks to form because it has to be broken into smaller pieces. It can be formed at the surface of the rock or the crust of the rock.
It takes a long time for sedimentary rocks because the rocks have to break down in small pieces. The rocks are from the surfaces or the crust.
It is impossible to directly observe the transition from an igneous rock to a sedimentary rock because this process typically occurs over millions of years involving erosion, transportation, deposition, and lithification. However, geologists can infer this transition by studying the characteristics and arrangement of rocks in a particular area, as well as analyzing the sedimentary layers above igneous formations.