Respuesta :
Answer:
Heat and pressure = Metamorphic rocks
#1Weathering/#2erosion/#3deposition = #1 Shaves off bits and pieces over time./ #2 Breaks of pieces-chunks quickly happens in short period of time, I think/ #3 moves pieces of rock-sediment-soil to different places by weathering.
Melting & cooling = Melted rocks underground is called magma/then usually comes out of a volcano and is called lava, then hardens to igneous rock
Compacting & cementing = Called compaction - particles of sediment begin to stick to each other - they are cemented together by clay, or by minerals like silica or calcite. The sedimentary sequence then has changed into a sedimentary rock.
Uplift & exposure = ?
Explanation:
Answer:
Heat and Pressure
When tectonic plates move, the rocky crust may be forced deeper into Earth. The lower the rocky crust is buried inside Earth, the greater the temperature and pressure it is exposed to.
These conditions will change the mineral composition and transform rock into metamorphic rock.
Weathering, Erosion, and Deposition
Over time, water, wind, temperature changes, and ice may break rock into smaller pieces called sediment. Sediment is then transported through erosion and deposited to a new location.
Sediment may accumulate in layers in rivers, oceans, lakes, and valleys, creating new rock.
Melting and Cooling
When the rocky crust of Earth is pushed deep into the mantle, it will melt back into molten magma.
As the magma rises up through the lithosphere, it may cool inside Earth or erupt as lava and cool on the surface of Earth, creating igneous rock.
Magma that cools inside of Earth may slowly get pushed up to the surface by plate movement, creating mountains.
Compacting and Cementing
As the layers of sediment are deposited in a new location, they build on top of one another.
The lower layers get compacted together from the weight of the layers above.
This compacting and cementing creates sedimentary rock.
Uplift and Exposure
As the tectonic plates move, the lower rocky crust may be lifted up and exposed to the exterior of Earth.
This builds up new rock and changes the rocky structure of Earth.
This exposed rock will eventually be torn down by weathering, erosion, and deposition.
if this is any helps then give me a brainliest! :)
