The rock cycle. arrows point from 1 stage to next. 1. metamorphic rock to point k to magma to point v to igneous rock to melting back to magma. 2. metamorphic rock to point k to magma to point v to igneous rock to heat and pressure. 3. metamorphic rock to point k to magma to point v to igneous rock to weathering and erosion to sediment to compacting and cementing to sedimentary rock to heat and pressure to metamorphic rock. 4. from sediment to compacting and cementing to sedimentary rock to weathering and erosion back to sediment. 5. metamorphic rock to weathering and erosion to sediment. which event most likely occurs at point v? cooling erosion heating melting
The Rock Cycle. Arrows Point From 1 Stage To Next. 1. Metamorphic Rock To Point K To Magma To Point V To Igneous Rock To Melting Back To Magma. 2. Metamorphic Rock To Point K To Magma To Point V To Igneous Rock To Heat And Pressure. 3. Metamorphic Rock To Point K To Magma To Point V To Igneous Rock To Weathering And Erosion To Sediment To Compacting And Cementing To Sedimentary Rock To Heat And Pressure To Metamorphic Rock. 4. From Sediment To Compacting And Cementing To Sedimentary Rock To Weathering And Erosion Back To Sediment. 5. Metamorphic Rock To Weathering And Erosion To Sediment. Which Event Most Likely Occurs At Point V? Cooling Erosion Heating Melting
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The Rock Cycle. Arrows Point From 1 Stage To Next. 1. Metamorphic Rock To Point K To Magma To Point V To Igneous Rock To Melting Back To Magma. 2. Metamorphic Rock To Point K To Magma To Point V To Igneous Rock To Heat And Pressure. 3. Metamorphic Rock To Point K To Magma To Point V To Igneous Rock To Weathering And Erosion To Sediment To Compacting And Cementing To Sedimentary Rock To Heat And Pressure To Metamorphic Rock. 4. From Sediment To Compacting And Cementing To Sedimentary Rock To Weathering And Erosion Back To Sediment. 5. Metamorphic Rock To Weathering And Erosion To Sediment. Which Event Most Likely Occurs At Point V? Cooling Erosion Heating Melting. Due to weathering and erosional activities, the igneous rocks are broken down to. Which processes contribute to the formation of rock at point r?
Rock Cycle Transition, Factors, and Evolving Process from www.geeksforgeeks.org
In order to form a sedimentary rock, the accumulated sediment must become compacted and cemented together. Metamorphic rock to point k to magma to point v to igneous rock to melting back to magma. Due to weathering and erosional activities, the igneous rocks are broken down to.
Study With Quizlet And Memorize Flashcards Containing Terms Like This Image Shows A Model Of The Rock Cycle.
Arrows connecting the three rock types show the processes that. Metamorphic rock to point k to magma to point v to igneous rock to melting back to magma. Formed when sediments are compacted and cemented together.
Which Processes Contribute To The Formation Of Rock At Point R?
Formed by heat and pressure while buried deep below earth's surface. In the rock cycle, illustrated in figure 1, the three main rock types—igneous, sedimentary, and metamorphic—are shown. Metamorphic rock to point k to magma to point v to igneous rock to heat and pressure.
Due To Weathering And Erosional Activities, The Igneous Rocks Are Broken Down To.
In order to form a sedimentary rock, the accumulated sediment must become compacted and cemented together. When a rock is exposed to extreme heat and pressure within the earth but.