Slate is among the natural stones that can withstand high temperatures.
If slate is sufficiently heated and compressed it becomes phyllite.
phyllite
Gneiss.
it melts
Slate is already a metamorpic rock. It is formed by the action of heat and pressure on shale. Further metamorphism may produce phyllite.
If slate is sufficiently heated and compressed it becomes phyllite.
phyllite
The slate or slate changes into schist
Gneiss.
it melts
Slate is already a metamorpic rock. It is formed by the action of heat and pressure on shale. Further metamorphism may produce phyllite.
When slate is heated and squashed, it undergoes metamorphism, which can alter its mineral composition and texture. The heat can cause the minerals within the slate to recrystallize, potentially transforming it into a more crystalline rock like schist or gneiss, depending on the temperature and pressure applied. The squashing or compression may also affect the rock's structure, leading to foliation and other structural changes. Ultimately, the physical and chemical properties of the slate are significantly modified.
Yes, slate is harder than shale. Slate is a fine-grained, foliated metamorphic rock that has undergone more intense heat and pressure than shale, a fine-grained sedimentary rock. As a result, slate is more durable and resistant to erosion compared to shale.
Slate is silt changed under pressure.
When matter is heated it will expand
no answer
When an enzyme is heated it is denatured, which means that it can no longer function.