A solution made up of only solids is called a solid solution. These can be formed when atoms of different elements mix together in a solid state to create a homogenous material.
Solids do not have a pH because pH is a measure of the concentration of hydrogen ions in a solution. Since solids are not in solution, they do not have free hydrogen ions to measure pH. pH can only be measured in aqueous solutions.
If the two solids are both metals, then the result is an alloy. However, cast iron for example is a mixture of carbon and iron, so technically it may be an alloy. But a car tyre is made of rubber, chalk, sulphur, rosin, etc. I guess the only answer for this is a mixture. If the two metals are in fluid solution, then it is a mixture.
Solids don't have a pH value because there are no free H+ ions 'in it'.Free H+ ions (protons) can only exist in polar solvents, actually mostly in water, formed by so called protolyse of an acid.HA (= acid) --> H+ + A- (= base part of that acid)
small amounts fill large containers
Err, well Solids are called Solids because there solid (unbreakable) unless you burn (melt) the solid but this can only work with some solids eg plastic, also sometimes you can snap solids eg Chocolate bar. But most Solids are not separatable. You could also use things like magnets which sort of attach things that are metal- only works if things are metal. ((SCF)) Solids can dissolve in solutions. For examples sugar dissolve in water. Now lets take a mixture of two solids for example sand and sugar. If you mix sand with water it doesn't dissolve. However the sugar will. If you put your sand/sugar mixture in water, the sand will still be in the solid form but the sugar will be in solution (dissolved in water). To get the sand you just need to filter the solution (a bit like when you cook pasta and get rid of the water by sieving it). You will get the solid sand in on your filter paper. You also can get the sugar back. After filtering, only sugar will be remianing in solution. By evaporating the water, solid crystals of sugar will appear. Et voila! That's how you can separate two solids. When two solids dissolve in the same solvents, that becomes more complicated. As the person who answered before me said, sometimes you can use magnets....
Solids do not have a pH because pH is a measure of the concentration of hydrogen ions in a solution. Since solids are not in solution, they do not have free hydrogen ions to measure pH. pH can only be measured in aqueous solutions.
If the two solids are both metals, then the result is an alloy. However, cast iron for example is a mixture of carbon and iron, so technically it may be an alloy. But a car tyre is made of rubber, chalk, sulphur, rosin, etc. I guess the only answer for this is a mixture. If the two metals are in fluid solution, then it is a mixture.
I think you probably mean platonic. The cube is one of only five platonic solids. These are the only shapes that can be made with outward-pointing corners and sides all of the same lengths.
Solids don't have a pH value because there are no free H+ ions 'in it'.Free H+ ions (protons) can only exist in polar solvents, actually mostly in water, formed by so called protolyse of an acid.HA (= acid) --> H+ + A- (= base part of that acid)
No, solutions can be made with liquid solvents as well as solid solvents such as water or ethanol. Solid solvents can dissolve solutes to create solutions just like liquid solvents can.
A spoon is a solid!!!! It can either be made of ood or metal; both are solids. A spoon can hold either solids or liquids, but not gases.
Euclid was the one who proved that there are only five platonic solids.
No, solutions can be made with both liquid and solid solvents. In fact, solutions can be formed using gases as well. The key requirement for a solution is for the solute to be evenly distributed within the solvent.
S-waves travel only through solids.
only sand
small amounts fill large containers
A three-dimensional geometric figure is called a solid. Solids have length, width, and height, distinguishing them from two-dimensional shapes that only have length and width. Common examples of three-dimensional solids include cubes, spheres, cylinders, and pyramids.