These elements are the most reactive because of the number of electrons floating around them. To put it simply, small numbers of electrons want to join with other electrons, so when a layer of few electrons can join with an almost full layer of electrons to make a full layer, it does, and sometimes violently.
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.
Chlorine is more reactive than phosphorus. Chlorine is a highly reactive nonmetal that readily forms compounds with other elements, while phosphorus is less reactive and forms compounds mostly with metals.
Non-reactive elements in the periodic table are typically the noble gases, such as helium, neon, and argon. These elements have a full outer electron shell, making them stable and less likely to form chemical bonds. Reactive elements are those that readily form chemical bonds with other elements, such as the alkali metals (e.g. sodium, potassium) and halogens (e.g. fluorine, chlorine).
Chlorine and lithium would be the most reactive because chlorine is a halogen and lithium is an alkali metal, both of which are highly reactive elements. Nickel is a transition metal and is less reactive compared to chlorine and lithium.
Aluminum will not react with zinc nitrate because aluminum is less reactive than zinc. In a chemical reaction, more reactive elements displace less reactive elements from their compounds. Since aluminum is less reactive than zinc, it will not displace zinc from zinc nitrate to form a new compound.
less reactive.beacuse group-1 elements are the most reactive elements.
Elements with higher reactivity are less likely to exist in an uncombined form because they readily form compounds with other elements due to their tendency to gain or lose electrons. In contrast, less reactive elements are more stable and are often found in their uncombined form in nature.
Less reactive elements are more likely to be found uncombined, that is as the element rather than as part of a compound. This is usually called being 'found native'. For instance gold mines contain actual pieces of gold, whereas an iron mine usually contains something like rust, which has to be converted by a chemical reaction to obtain the metal.
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.
all the elements of group 18 are Nobel gases. They are very very less reactive.
it bonds with many elements but it is less reactive than the rest of the halogens
Group 1 elements are the most reactive among metals, followed by group 2 elements.
No, noble gases are not metals; they are a group of non-metal elements. Noble gases are the least reactive elements because they have a full valence shell of electrons, which makes them stable and unlikely to form chemical bonds with other elements. Alkali metals are the most reactive metals, while transition elements have varying reactivity levels depending on the element.
Chlorine is more reactive than phosphorus. Chlorine is a highly reactive nonmetal that readily forms compounds with other elements, while phosphorus is less reactive and forms compounds mostly with metals.
Chlorine is more reactive than silicon. Chlorine readily reacts with a variety of elements and compounds to form chlorides, while silicon is less reactive and forms fewer compounds with other elements.
Selenium can be reactive and form compounds with other elements. It reacts with oxygen to form oxides and with water to form various compounds. However, it is less reactive compared to other elements in the same group like sulfur and tellurium.
the reactivity series lists elements in order from most reactive to least reactive. in a displacement reaction, a more reactive element will "displace" a less reactive element in a compound, the reactivity series can therefore be used to determine which displacement reactions are possible.