none as it is already everywhere in nature, especially in the oxide form.
Silica dust is dangerous.
High-silica magmas are extremely viscous, and so tend to trap a large amount of gas under pressure. When such magma erupts, it does so explosively.
Yes. While the most dangerous eruptions involve magma that is rich in silica and water, any volcanic eruption can be harmful.
Yes. This can be inferred by the fact that many medicine bottles contain packages of silica bead in them with warnings saying "do not eat" "Do not eat" does NOT translate to "poisonous". Silica is Silicon dioxide, equivalent to so much sand. Sand is not toxic. The correct answer is that silica is NOT toxic to humans.
Solute silica may be in form of silica gel. Silica is usually made up of silicon which is combined with oxygen.
Silica dust is dangerous.
Silica gel is dangerous because if consumed it can cause acute or chronic illness. The silica gel is used to control humidity in goods and absorb moisture.
Clorox can be very dangerous... · Clorox contains a substance called Sodium Hypochlte. When this chemical is injested, it can be poisoning. · if you injest this chemical it causes.... stomach aches vomiting serious poisoning death The source is in the related links below.
High-silica magmas are extremely viscous, and so tend to trap a large amount of gas under pressure. When such magma erupts, it does so explosively.
Yes. While the most dangerous eruptions involve magma that is rich in silica and water, any volcanic eruption can be harmful.
Yes. This can be inferred by the fact that many medicine bottles contain packages of silica bead in them with warnings saying "do not eat" "Do not eat" does NOT translate to "poisonous". Silica is Silicon dioxide, equivalent to so much sand. Sand is not toxic. The correct answer is that silica is NOT toxic to humans.
injested poison
It gets injested
Silica fume, also known as microsilica, is a byproduct of the combustion of quartz, coal and wood chips during the production of silicon metals. silica improves compressive strength, bond strength, and the abrasion resistance of concrete. Prior to the 1970s, its release into the atmosphere was permitted, but environmental concerns eventually forced its collection and deposition into landfills. It then became economical for silica fume to be used in various applications, chiefly in high-performance concrete. Consisting of fine silicon dioxide particles that are approximately one-hundredth the size of the average cement particle, silica fume is the cement substitute of choice where high strength is critical, such as in high-rise buildings. Cement that contains silica fume looks darker than ordinary cement. Although a respirator should be worn while handling pure silica fume, a cement-silica fume mix is not considered dangerous to humans.
Because the contents of it is not injested
Silica is colorless.
Solute silica may be in form of silica gel. Silica is usually made up of silicon which is combined with oxygen.