Gneiss.
If slate is subjected to even more pressure, it can undergo metamorphism, transforming into schist or gneiss, depending on the conditions of temperature and pressure. This process alters its mineral composition and texture, resulting in a more foliated or banded appearance. Ultimately, with sufficient heat and pressure, it may further evolve into granite or even migmatite if melting occurs.
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.
Guys who want to see me in real life then come to Campion school language college in bugbroke
Well, after millions of years, the mud will start to cement together, due to natural cements and will form rock. This can result in footprints, fossils, animal remain, etc to be preserved in the rock. If u want a better explanation, there is a thing called Wikipedia...
If slate is subjected to even more pressure, it can undergo metamorphism, transforming into schist or gneiss, depending on the conditions of temperature and pressure. This process alters its mineral composition and texture, resulting in a more foliated or banded appearance. Ultimately, with sufficient heat and pressure, it may further evolve into granite or even migmatite if melting occurs.
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.
Guys who want to see me in real life then come to Campion school language college in bugbroke
Well, after millions of years, the mud will start to cement together, due to natural cements and will form rock. This can result in footprints, fossils, animal remain, etc to be preserved in the rock. If u want a better explanation, there is a thing called Wikipedia...
I don't think they did or his face would have been even more squashed in than it already was!
I'm guessing you mean the play surface (bed). Many prefer 1 piece slate tables as they tend to keep a more uniform play surface, even if the supports become unbalanced - however they risk breakage if that happens. Just as many will stand behind the 3 piece slate tables, as you can keep the slates even if the support structure becomes uneven (and not risk breaking the slate) - even though they are harder to get even IF they become misaligned. Slate is preferred (more so) over a MDF play surface - as MDF can warp with moisture or weight.
The major advantage of a slate bed pool table is that it provides a more true and even run of the balls. On other surfaces the balls are more likely to deviate from straight lines. Slate tables will also allow the balls to react better to spin.
Neutronium is quite difficult to compress, but Black Holes are even more compressive. In the laboratory, most solids fit the bill.
Shale
how am i suposed to know
Slate is a fine-grained metamorphic rock formed from the low-grade metamorphism of shale or mudstone, while phyllite is a more intermediate-grade metamorphic rock formed from the metamorphism of slate. Phyllite has a more pronounced foliation and sheen due to increased metamorphic pressure and temperature compared to slate.