A crystal is a mineral where all of the atoms are in a row, this is what makes it kind of clear. What determines its shape is the amount of space it has to form in and will usually have triangular pyramidal edges.
I asume you mean indicate. The shape of a crystal is exactly the same shape as the ions, metalic bonds, or molecules. Salt (sodium Chloride) ions are arranged in a cube stucture, resulting in cubic crystals. The hydrogen bonds in water, when frozen, form hexagonal patterns, which is why every snowflake has six sides.
The crystallization temperature is important in forming solid crystals because it determines the point at which a liquid substance transitions into a solid crystal structure. This temperature is crucial for controlling the size, shape, and purity of the crystals formed, ultimately influencing the properties and applications of the final product.
Yes. This is due to the face-centred cubic lattice structure of the crystals which have a cubical unit cell.
No, crystals can have different internal arrangements of atoms based on their chemical composition and structure. This arrangement determines the crystal's physical properties and overall appearance. Each type of crystal has a unique atomic arrangement that reflects its molecular structure.
booty divided by silicon divided by talc will give u an answer
The rate at which magma cools determines the size of the mineral crystal.
A crystal is a mineral where all of the atoms are in a row, this is what makes it kind of clear. What determines its shape is the amount of space it has to form in and will usually have triangular pyramidal edges.
There is no single answer for this. Many chemicals form crystals, and the chemical determines the nature of the crystal. If you know what kind of crystal, then you know its chemical nature. For example, common clear quartz crystals are made up of SiO2 or Silicon dioxide. Copper sulfate crystals have an entirely different shape and a deep blue-green color, and both are different from crystals of common table salt.
A crystal's shape is determined by its atomic structure and growth conditions, such as temperature and pressure. The size of a crystal is influenced by factors like the concentration of solutes in the solvent and the rate of crystal growth. Factors like impurities, stirring, and the presence of nucleation sites can also play a role in determining crystal shape and size.
the interactical shape of its form would be the growth of it.
There are no tetrahedral crystals.
The cooling rate of the magma primarily determines the size of a mineral crystal. Faster cooling rates lead to smaller crystals, while slower cooling rates result in larger crystals. Other factors such as the mineral composition and level of nucleation can also influence crystal size.
the internal arrangement of atoms
I asume you mean indicate. The shape of a crystal is exactly the same shape as the ions, metalic bonds, or molecules. Salt (sodium Chloride) ions are arranged in a cube stucture, resulting in cubic crystals. The hydrogen bonds in water, when frozen, form hexagonal patterns, which is why every snowflake has six sides.
Halite typically forms cubic or sometimes octahedral crystal shapes.
The crystal form is hexagonal, but the grain shape is rounded.
Sugar crystals are oblong and slanted on both ends.