What is the difference between crystal and calcite?

The crystal is made of silica and the calcite is calcium carbonate. The hardness of the two is also different. The hardness of the crystal is 7 to reach the lowest hardness of the gemstone and 3 for calcite. The easiest way to identify is to scrape it with a knife, and what moves is calcite and crystal.

The similarity is that both are crystals, but their chemical composition is completely different: the crystal is silica, and the calcite is calcium carbonate

The crystal is silica with a hardness of 7 calcite containing calcium carbonate and a hardness of 3

Learned, crystals are finer and harder than calcite.

Difference Between Quartz and Calcite:

Quartz stone, usually what we call quartz stone, is a new type of stone synthesized by more than 90% quartz crystals plus resin and other trace elements. It is a large-scale plate pressed by a special machine under certain physical and chemical conditions, and its main material is quartz.

Calcite is a calcium carbonate mineral, which is the most common of natural calcium carbonates. Therefore, calcite is a widely distributed mineral. The crystal shapes of calcite are varied, and their aggregates can be clusters of crystals, granular, massive, fibrous, stalactite, earthy, and so on.

Tapping calcite can get a lot of square pieces, hence the name calcite.

Causes and conditions

Calcite is extremely widely distributed in nature.

Large limestone layers are often deposited in shallow seas or lakes.

Groundwater can dissolve limestone and can also be reformed into calcite, such as stalactites, stalagmites, travertine, etc. Groundwater active in the soil often forms calcite nodules distributed along a certain level near the diving surface, which geologists are accustomed to calling calcareous nodules.

Ore-bearing or non-ore-bearing calcite veins are often formed during hydrothermal activities. In geodes, there are often good crystals.

Calcite often accounts for about 80% of the carbonates formed by magmatism.

In addition, calcite is also used as a cementation of clastic sedimentary rocks, and minerals after alteration of mafic magmatic rocks are involved in various rocks. Due to groundwater activity, the fissures of various rocks are also often filled with calcite veins.

Limestone formed by sedimentation, in regional metamorphism or contact metamorphism, the calcite in it is often recrystallized to form a relatively coarse-grained calcite aggregate - marble.

The chemical composition of quartz stone is silicon dioxide (SiO2).

Translucent or opaque crystals that vary in color when they contain impurities.

Calcite is a calcium carbonate mineral (CaCO3), and many square fragments can be obtained by knocking calcite, hence the name calcite.

There is another crystal wrapped in the crystal, which belongs to the crystal within the crystal, and the crystal in the crystal is very rare, and the rare thing is expensive.

1. Ingredients: The main component of crystal is silicon dioxide; The main component of calcite is calcium carbonate.

2. Shape: Crystals are usually lumpy or granular aggregates; The crystal shapes of calcite come in a variety of ways.

3. Color: Crystal is generally white, gray-white, milky white, purple, red, smoke, tea and other colors when containing impurities; Calcite is generally white or colorless, and when it contains impurities, it is light yellow, light red, brownish black, and so on.

4. Hardness: The hardness of the crystal is 7; Calcite has a hardness of 3.

Calcite: A calcium carbonate mineral, which is a widely distributed mineral. The crystal shapes of calcite are varied, and the aggregate can be clusters of crystals, granular, massive, fibrous, stalactite, earthy and so on.

Tapping calcite can get a lot of square pieces, hence the name calcite.

Crystal: a rare mineral, a kind of gemstone, quartz crystal, belongs to the quartz group on the mineralogy code, and the main chemical component is silica. When pure, colorless and transparent crystals are formed, and irradiated trace elements form different types of color centers, producing different colors, such as purple, yellow, brown, pink, etc.

Summary. Personally, I think it's a good choice to bring calcite. Crystals and calcite are both mineral crystals with different energy attributes.

Crystals are widely believed to purify, balance, and uplift energy that can help people maintain balance in their mind, body, and spirit. Calcite, on the other hand, has the effect of stabilizing mood, boosting self-confidence and improving interpersonal relationships. Therefore, calcite can effectively regulate emotions and enhance interpersonal communication while balancing energy.

Of course, the choice of stone to wear is still determined according to personal preferences and needs. Hope this helps!

Personally, I think it's a good choice to bring calcite. Crystals and calcite are both mineral crystals with different energy attributes. Crystals are widely believed to purify, balance, and uplift energy that can help people maintain balance in their mind, body, and spirit.

Calcite has the effect of stabilizing emotions, enhancing self-confidence and improving interpersonal relationships. Therefore, calcite can effectively regulate emotions and enhance interpersonal communication when balancing the energy of the same return. Of course, the choice of stone to wear is still determined according to personal preferences and needs.

Hope this helps!

Can you add, I don't quite understand it.

Personally, I think it's a good choice to wear calcite because it balances the amount of energy residue, regulates emotions and improves interpersonal communication. However, the final choice is still to be determined according to personal preferences and needs. Hope it helps!