It is often a mistake to ask how reactive a compound is, different chemicals react differently when reacting depending on the other reagents and conditions etc.
But with that off my chest, I'll assume that you mean how reactive boron is in ambient conditions and the answer is not very. Most of its alleotrops are stable and it does not react violently with water or air so no BOOM or flames. It is slightly flammable but no overly needing a good ignition source.
It however is capable of some very interesting chemistry. It has 3 valent electrons and it is electron poor, and so was be used to dope silicon for p-type material. It can be used to make a reducing reagent AND an oxidant. Its borane compounds vary widely in structure with many hydrogen bridges which can be used to power rockets etc the list goes on, interesting I swear.
I'm typing all this while listening to an interesting jazz vocalist take a listen if you'd like, she's good.
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Boron is typically considered to be reactive, although it is less reactive compared to elements like sodium or chlorine. Boron can form compounds with other elements through bonding, such as in borax or boric acid.
Fluorine is more reactive than boron. Fluorine is the most reactive non-metal element and readily forms compounds with other elements, while boron is a metalloid that is less reactive than fluorine.
Boron is reactive with substances like oxygen, fluorine, and halogens when heated. It forms compounds known as borides with metals, such as titanium and aluminum. Boron can also react with water to produce boric acid.
The boron family is moderately reactive. Boron itself is a relatively unreactive element, while the elements below it in the group, such as aluminum, can be more reactive due to their ability to form stable compounds with other elements.
The boron group (Group 13) is moderately reactive compared to other groups. This reactivity increases as you move down the group, with boron being the least reactive and thallium being the most reactive. Boron has a strong affinity for oxygen, so it readily forms oxides when exposed to air.
Boron is typically considered to be reactive, although it is less reactive compared to elements like sodium or chlorine. Boron can form compounds with other elements through bonding, such as in borax or boric acid.
Fluorine is more reactive than boron. Fluorine is the most reactive non-metal element and readily forms compounds with other elements, while boron is a metalloid that is less reactive than fluorine.
it is not reactive to water
Boron is reactive with substances like oxygen, fluorine, and halogens when heated. It forms compounds known as borides with metals, such as titanium and aluminum. Boron can also react with water to produce boric acid.
The boron family is moderately reactive. Boron itself is a relatively unreactive element, while the elements below it in the group, such as aluminum, can be more reactive due to their ability to form stable compounds with other elements.
The boron group (Group 13) is moderately reactive compared to other groups. This reactivity increases as you move down the group, with boron being the least reactive and thallium being the most reactive. Boron has a strong affinity for oxygen, so it readily forms oxides when exposed to air.
reactive
Boron is more reactive with other elements compared to carbon. Boron is a metalloid that tends to form covalent compounds in compounds such as borides. Its reactivity is influenced by its electron configuration and small atomic size.
Boron is reactive due to its relatively small atomic size and electron configuration. It can form covalent bonds with a variety of elements and exhibits both acidic and basic properties. Boron compounds can react with water and oxygen in the air, making them sensitive to moisture and oxidation.
Boron is not very reactive under normal conditions. It is a metalloid that is found in nature in compounds rather than in its pure form. However, it can react with strong oxidizing agents or at high temperatures to form boron oxide.
Carbon is more reactive than boron. Carbon readily forms compounds with other elements due to its ability to form multiple bonds, such as in organic molecules. Boron, on the other hand, is less reactive and tends to form more covalent compounds with a limited number of elements.
Boron is typically considered to be a reactive element, as it readily forms compounds with other elements due to its electron configuration. It can react with oxygen, halogens, and metals to form various boron compounds.