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Yes
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Is nitrogen more reactive than arsenic?
No, arsenic is more reactive than nitrogen. Arsenic belongs to Group 15 elements in the periodic table which are more reactive compared to nitrogen, which is a relatively inert gas.
What does not bond well with arsenic?
Arsenic does not bond well with hydrogen, as arsenic hydrides are unstable and highly reactive compounds.
What is more reactive carbon sulfur fluorine or arsenic?
Fluorine is the most reactive among carbon, sulfur, fluorine, and arsenic. Fluorine is highly electronegative, tends to gain electrons easily, and forms very stable compounds. Arsenic is less reactive than sulfur and carbon.
Is Br or As a more reactive nonmetal?
Bromine (Br) is more reactive than arsenic (As) as a nonmetal because bromine belongs to the halogen group, which are highly reactive nonmetals. Arsenic, on the other hand, is a metalloid and exhibits less reactivity compared to the halogens.
Is arsenic a inert?
Arsenic is not inert; it is a toxic element that can have harmful effects on living organisms. It is classified as a metalloid and has a variety of chemical forms, some of which are more toxic than others.
Who is arsenic most reactive with?
arsenic associates with phosphorus
Is nitrogen more reactive than arsenic?
No, arsenic is more reactive than nitrogen. Arsenic belongs to Group 15 elements in the periodic table which are more reactive compared to nitrogen, which is a relatively inert gas.
Is fluorine more reactive than arsenic?
Yes, fluorine is more reactive than arsenic. Fluorine is a highly reactive non-metal element, whereas arsenic is a metalloid that exhibits less reactivity compared to fluorine.
Is krypton more reactive than arsenic?
No, krypton is not more reactive than arsenic. Krypton is a noble gas, which means it has a full valence shell and is generally inert, exhibiting very low reactivity. In contrast, arsenic is a metalloid that can form various compounds and is more chemically reactive under certain conditions. Therefore, arsenic is more reactive than krypton.
What does not bond well with arsenic?
Arsenic does not bond well with hydrogen, as arsenic hydrides are unstable and highly reactive compounds.
What is more reactive carbon sulfur fluorine or arsenic?
Fluorine is the most reactive among carbon, sulfur, fluorine, and arsenic. Fluorine is highly electronegative, tends to gain electrons easily, and forms very stable compounds. Arsenic is less reactive than sulfur and carbon.
What is more reactive krypton or arsenic?
Arsenic is more reactive than krypton. Krypton is a noble gas, which means it has a full valence shell of electrons and is generally inert, exhibiting very low reactivity. In contrast, arsenic is a metalloid that can form various compounds and reacts with several elements, particularly in the presence of heat or other reactants. Therefore, arsenic's ability to engage in chemical reactions makes it more reactive than krypton.
What are the most obvious properties of arsenic?
very reactive and has a high detiration content
Is Br or As a more reactive nonmetal?
Bromine (Br) is more reactive than arsenic (As) as a nonmetal because bromine belongs to the halogen group, which are highly reactive nonmetals. Arsenic, on the other hand, is a metalloid and exhibits less reactivity compared to the halogens.
Is arsenic a inert?
Arsenic is not inert; it is a toxic element that can have harmful effects on living organisms. It is classified as a metalloid and has a variety of chemical forms, some of which are more toxic than others.
Is arsenic considered high in reactivity?
Arsenic is not highly reactive, because it is unaffected by air, water, and most acids and alkalis.
Which element are the most reactive in the group 5?
In Group 5 of the periodic table, the most reactive elements are typically phosphorus and arsenic. Among these, phosphorus, particularly in its white allotrope, is highly reactive due to its tendency to form compounds readily with oxygen and other elements. Arsenic, while less reactive than phosphorus, can still engage in various chemical reactions, especially with metals. The reactivity generally decreases down the group from nitrogen to bismuth.
