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A crystal is a structure. A mineral is a material. A crystal is a regular arrangement of atoms, ions, or molecules in a solid. This regular internal structure leads to a geometrically regular external shape. Sodium chloride (common salt) crystals, for example, are cubic. A mineral is any element or compound, normally occurring naturally as crystals. Rocks consist of two or more minerals.

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16y ago
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5mo ago

Crystals are a specific arrangement of atoms or molecules with a repeating pattern, giving them a geometric shape and specific properties, while rocks are made up of one or more minerals and lack a specific crystal structure. Rocks can contain crystals, but not all rocks are crystalline.

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Crystals are one repeating, solid compound of elements, or just one element. Rocks are composed of different minerals and elements.

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12y ago

crystals are minerals

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Q: How are crystals different from rocks?
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Related questions

Are crystals the same as rocks?

No, crystals and rocks are not the same. Rocks are made up of one or more minerals, while crystals are solid substances in which the atoms are arranged in a highly ordered structure. Crystals can be found in rocks, but not all rocks contain crystals.


How many different kinds of crystals are there?

What are the different kinds of crystals that made up rocks are called?


How are foliated metamorphic rocks different from nonfoliated metamorphic rocks?

Foliated are made of interlocking crystals, non-foliated are not.


Do rocks have crystals?

Yes, rocks can have crystals. Many rocks are made up of minerals that have a crystalline structure. Examples of rocks with crystals include granite, quartz, and calcite.


Can you turn rocks into crystals?

No, rocks and crystals are formed through different processes in nature. Rocks are made up of minerals, while crystals are solid structures with a specific repeating pattern of atoms or molecules. Crystals can form from solutions, gases, or solids, but simply turning a rock into a crystal is not possible.


How can the three crystals could be found in all three rocks at different times?

The three crystals found in all three rocks at different times could have formed under varying geological conditions. Each rock may have gone through different processes (such as cooling, heating, and pressure changes) over time, leading to the growth of the crystals at different stages. This could explain why the same type of crystals are present in all three rocks but are found at different depths within each rock.


There are different sizes of these in different igneous rocks?

Crystals. Different igneous rocks can have crystals of various sizes depending on how quickly or slowly the molten rock solidified. Rapid cooling leads to smaller crystals, while slow cooling allows for larger crystals to form.


Do all intrusive igneous rocks have crystals?

Yes. All intrusive igneours rocks and many extrusive rocks have crystals.


What are Igneous rocks that have large crystals and small crystals?

Igneous rocks with large crystals are called intrusive rocks, formed from magma cooling slowly beneath the Earth's surface, allowing for large crystals to form. Igneous rocks with small crystals are called extrusive rocks, formed from lava cooling quickly on the Earth's surface, resulting in small crystals due to rapid cooling.


Do igneous rocks have crystals in them?

Not all of them. Volcanic glass does not have crystals.


Rocks that contain crystals exhibit what texture?

Rocks that contain crystals exhibit a coarse texture. The crystals within the rock are generally large enough to be seen with the naked eye, giving the rock a grainy appearance.


What are the different rates at which rocks cool?

The rate at which rocks cool depends on factors such as the composition of the rock, the size of the rock, and the surrounding environment. Generally, smaller rocks cool more quickly than larger rocks due to their higher surface area-to-volume ratio. Rocks that cool slowly tend to form larger crystals, while rocks that cool rapidly form smaller crystals or glassy textures.