0
Add your answer:
Earn +20 pts
Are crystals the same why or why not?
Crystals are not all the same. They vary in composition, structure, color, and properties depending on the minerals they are made of. Each crystal has its own unique molecular arrangement that gives it distinct characteristics.
Are minerals the building blocks of crystals?
Yes, minerals are the building blocks of crystals. Crystals are solid materials formed by the repeating pattern of atoms or molecules in a mineral structure. The arrangement of these building blocks gives crystals their unique shape and characteristics.
Why are crystals in basalt that formed under water smaller than those in basalt that formed on ground?
Crystals in basalt that formed underwater are smaller because they cool faster in the water, resulting in less time for the crystals to grow. On the other hand, crystals in basalt that formed on the ground have more time to grow as they cool more slowly, leading to larger crystal sizes.
How are crystals formed and how does the rate effect the crystal?
Crystals form when particles in a solution come together in a repeating pattern. The rate of crystal formation can affect the size and quality of the crystals, with slower rates often leading to larger, more well-defined crystals. Faster rates may result in smaller crystals with less defined shapes.
What can you infer about the formation of a cluster of well formed quartz crystals?
The formation of a cluster of well-formed quartz crystals likely occurred in conditions with enough space for the crystals to grow freely without interference. Slow cooling and consistent pressure are also key factors in producing well-formed quartz crystals with defined shapes and clarity.
How do crystals change into diamonds?
Diamonds are formed in a crystalline structure from carbon. Not all crystals are formed from carbon; not all crystals are diamonds.
Why do crystals have an ordered structure?
It is due to where they are formed
Are crystals the same why or why not?
Crystals are not all the same. They vary in composition, structure, color, and properties depending on the minerals they are made of. Each crystal has its own unique molecular arrangement that gives it distinct characteristics.
Are minerals the building blocks of crystals?
Yes, minerals are the building blocks of crystals. Crystals are solid materials formed by the repeating pattern of atoms or molecules in a mineral structure. The arrangement of these building blocks gives crystals their unique shape and characteristics.
What are the results after a crystal is formed?
The results after a crystal is formed is a solid structure with a complex series of bonds. Crystals form when like or attracted materials merge together as one.
What polyhedral shapes occur in crystals?
In crystals, common polyhedral shapes include cubes, octahedra, and dodecahedra. These shapes are formed by the arrangement of atoms or ions within the crystal lattice structure.
What do you do on a science fair about crystals?
you should talk about how crystals are formed and what type of crystals there are
How are crystals made naturally?
Crystals are formed naturally through the process of crystallization, where atoms or molecules come together in a specific arrangement to form a crystal lattice structure. This can happen when minerals solidify from a liquid or gas, or when ions in a solution come together to form solid crystals. The specific conditions like temperature, pressure, and chemical composition influence the size and shape of the crystals formed.
Are some crystals are formed from minerals dissolved in liquids?
Yes, in fact that's how a lot of crystals are formed.
Root word of deformed?
It would be 'form', because de- is a prefix that makes something negative, so something that is deformed means that it is negatively formed, or not formed correctly. Make sense?
How are salt crystals made?
After the evaporation of water crystals are formed.
How do you use crystalline in a sentence?
The crystals formed a beautiful lattice structure, showcasing their crystalline purity.
