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It depends on what you mean. Are there quartz crystals on earth that are growing today? Yes. Is that quartz crystal in your rock collection still growing? No. Quartz crystals often form when water with super concentrated silica in it comes into contact with a surface (such as a very small crystal) onto which the silica can precipitate. Crystals also form when magma/lava cools and the different elements in the mixture differentiate into various minerals.
Petrification occurs when body parts of the organism are replaced by minerals dissolved in ground water. For example, a buried tree may have its wood replaced over millions of years by silica that is dissolved in the surrounding ground water.
No, green opals are not magnetic. Opals, including green opals, are primarily composed of silica and water, which do not exhibit magnetic properties. If a green opal is attracted to a magnet, it may contain traces of iron or other magnetic minerals, but the opal itself is not inherently magnetic.
You can place a few small potted plants, such as succulents or cacti, on the window sill to soak up excess moisture. Alternatively, you can use a small dish filled with sand or gravel, which can absorb water and help regulate humidity. Additionally, silica gel packets can be an effective moisture absorber if you’re looking for a more discreet option.
Yes, the opposite of "consumptive water" refers to water that is not consumed or used up in a way that depletes its availability, often termed "non-consumptive water." While "water consumption" typically refers to the total amount of water used, "consumptive water" specifically indicates water that is permanently removed from a water source, whereas non-consumptive uses, such as hydroelectric power generation or recreational activities, allow the water to remain in its natural cycle. Thus, the terms are related but not directly oppositional.
because
The more gases, water vapor and silica there is in magma the bigger the explosiveness of a volcanic eruption.
Water, gas content, and silica content are three substances that can affect the explosiveness of volcanic eruptions. Higher water content can generate more explosive eruptions, whereas higher gas content and higher silica content can also contribute to increased explosiveness.
Silica is in soluble in water.
Solute silica refers to dissolved silica present in a solution, typically in water. It represents the amount of silica that has been dissolved and is in the liquid phase rather than in solid form. Silica can be found naturally in many water sources and can impact water quality and the environment.
Volcanos
To remove silica from shower water, you can use a water filtration system specifically designed to target silica, such as a reverse osmosis or ion exchange filter. These filters can help reduce the amount of silica in the water, providing you with cleaner water for your shower. Regular maintenance of the filter is important to ensure its effectiveness in removing silica.
If its been demineralized there should be barely any silica or trace of silica in it.
almost no silica in ocean water but most of its the earths crust.
It depends on the texture of the magma, if it is thick then it won't let the gases escape, and if it is liquidy then the gases will escape resulting in a nonexplosive eruption. If the magma is high in silica and water then it will be thick If the magma is low or has no silica or water then it will be liquidy. - Negehna 6th Grade
volcanos
volcanos under water exploded and rocks formed it.