When mixed as part of concrete (E.G for a building foundation or hard-standing), yes, shale is an excellent building material. Do NOT confuse concrete with cement or mortar. Mortar is useless and unworkable if you put shale in it! Boring holes into shale-concrete is labourious work, so if you intend to do that I suggest you make the mixture lighter on shale the closer to the surface you get. It is not very usefull by itself, and would not make a suitable foundation for any structure. As a decorative feature, shale is an easy and visually pleasing way of (for example) resurfacing a drive, pathway or patio, although if placed directly onto soft soil it will sink and become part of the topsoil relatively quickly. Above all, it is cheap and readily available.
Diorite is a hard igneous rock that is very strong and thus provides excellent support for structures. Shale is a sedimentary rock derived from clay. It has weak bedding planes and may be prone to shear failure along these planes. Thus, in general, diorite would provide much support for the building.
i think shale would be a good building material but not in the wet climate because it may desolve
no shale would not be a good shale because it is a dry sedement
Either could support a building if they were thick enough; diorite, however, would have a much greater tenacity (resistance to breakage) than would shale, which is fissile.
no not porous
We can calculate the climate ratio to determine the climate type.if the climate ratio is less than 0.4 the climate type would be arid,if the climate ratio is between 0.4 to 0.8 climate ratio would be semirid ,if the climate ratio is between 0.8 to 1.2 climate type would be subhumid andif the climate ratio is greater than 1.2 climate type would be humid.The formula for climate ratio is p/Ep, wherep=precipitationEp=potential evapotranspiration.
describe how climate classifications is determined
A sentence using the word climate would be: Climate is an abiotic factor that affects organisms living in a biosphere.
Humid
In a cold climate people would go snow boarding and they would always wear warm clothes.In a hot climate people would go to the beach and they would always wear shorts and short sleeve's.
Steel
Well, it all depends on the type of materiel, if it were made from plastic, the construction would, lets say, die, instantly! Copper is more of a reasonable choice, although its not the strongest. But it would do far better than plastic!
Features would be colour materiel used train Vail etc
High carbon steel makes the best chisels.
A political map only shows countries, states, boundaries and will not give the needed information concerning climate or physical aspects of an area or region.
Inedible materiel should only be used for inedible garnishes. It would also be prudent to avoid any objectionable, poisonous, allergic or irritating materiel.
It would be in the polar climate.
No. The stress placed on the materiel would cause it to rip in a very short time
We can calculate the climate ratio to determine the climate type.if the climate ratio is less than 0.4 the climate type would be arid,if the climate ratio is between 0.4 to 0.8 climate ratio would be semirid ,if the climate ratio is between 0.8 to 1.2 climate type would be subhumid andif the climate ratio is greater than 1.2 climate type would be humid.The formula for climate ratio is p/Ep, wherep=precipitationEp=potential evapotranspiration.
it is according to how the climate was changed. If it was a case in which the climate got colder the snake would die. If it was a warmer climate it would adapt very well.
It is critical that buildings use as few fossil fuels in today's world of climate change and high energy prices. When you build a structure based around these facts, this is what makes a building green. If you would like more information on what makes a building green, visit: http://www.greenbuilding.com/
tropical climate