sodium, calcium, magnesium, aluminium, zinc, iron, tin and led are metals more reactive than hydrogen.
When zinc reacts with hydrochloric acid (HCl), hydrogen gas is produced because zinc is more reactive than hydrogen. The zinc displaces hydrogen from the acid, resulting in the formation of zinc chloride and hydrogen gas. This displacement reaction is a common reaction in which more reactive metals displace less reactive metals from their compounds.
No, not all metals react with hydrochloric acid. Generally, metals that are more reactive than hydrogen in the reactivity series will react with hydrochloric acid to form metal chloride and hydrogen gas. Metals which are less reactive than hydrogen, such as copper, silver, and gold, do not react with hydrochloric acid.
No, copper cannot replace hydrogen in hydrochloric acid (HCl) under normal conditions. This is because copper is a less reactive metal than hydrogen, as determined by its position in the reactivity series of metals. Only metals that are more reactive than hydrogen can displace it from acids, such as zinc, magnesium, or iron. Copper, being less reactive, does not react with HCl to release hydrogen gas.
Potassium is more reactive than hydrogen. It is a highly reactive metal that reacts violently with water, while hydrogen is a nonmetal gas that is generally unreactive unless under specific conditions.
Alkaline-earth metals are less reactive compared to alkali metals, but they still react with water and oxygen to form oxides and hydroxides. They are more reactive than transition metals but less reactive than alkali metals.
The metals which are more reactive than hydrogen displaces hydrogen from its solution. It is also an example of displacement reaction.
Potassium is more reactive than hydrogen, which allows it to displace hydrogen from acids like many other metals. Unlike most metals it is reactive enough to pry away the more strongly-bonded hydrogen in water.
When zinc reacts with hydrochloric acid (HCl), hydrogen gas is produced because zinc is more reactive than hydrogen. The zinc displaces hydrogen from the acid, resulting in the formation of zinc chloride and hydrogen gas. This displacement reaction is a common reaction in which more reactive metals displace less reactive metals from their compounds.
No, not all metals react with hydrochloric acid. Generally, metals that are more reactive than hydrogen in the reactivity series will react with hydrochloric acid to form metal chloride and hydrogen gas. Metals which are less reactive than hydrogen, such as copper, silver, and gold, do not react with hydrochloric acid.
'More reactive'.
no
There are many metals that are more reactive than zinc. To find out which these metals are, you can look at a reactivity series. Some examples of metals more reactive than zinc are sodium, potassium, magnesium & aluminium.
nascent hydrogen is much more reactive than ordinary hydrogen because it is produced in situ,itmeans that as it is produced it is consumed in another reaction. It is unstable that is why much more reactive than atomic hydrogen.
No, copper cannot replace hydrogen in hydrochloric acid (HCl) under normal conditions. This is because copper is a less reactive metal than hydrogen, as determined by its position in the reactivity series of metals. Only metals that are more reactive than hydrogen can displace it from acids, such as zinc, magnesium, or iron. Copper, being less reactive, does not react with HCl to release hydrogen gas.
Potassium is more reactive than hydrogen. It is a highly reactive metal that reacts violently with water, while hydrogen is a nonmetal gas that is generally unreactive unless under specific conditions.
nascent hydrogen is much more reactive than ordinary hydrogen because it is produced in situ,itmeans that as it is produced it is consumed in another reaction. It is unstable that is why much more reactive than atomic hydrogen.
Alkaline-earth metals are less reactive compared to alkali metals, but they still react with water and oxygen to form oxides and hydroxides. They are more reactive than transition metals but less reactive than alkali metals.