It is a scale of how reactive metals are here it is potassium most reactive sodium calcium magnesium aluminium zinc iron tin lead silver gold platinum least reactive
Magnesium is the most reactive metal among silver, copper, lead, zinc, and iron because it has a high tendency to lose electrons, making it readily form compounds with other elements. Its outer electron configuration makes it easier for magnesium to react with other substances compared to the other listed metals.
In the group 2 elements, the reactivity of the metals increase as you move down the group. The order of reactivity in group 2 is barium, strontium, calcium, and magnesium.
Iron is more reactive than lead but less reactive than zinc. It is commonly used in construction and manufacturing due to its relatively stable and corrosion-resistant properties compared to lead and zinc.
potassium sodium calcium magnesium aluminium (carbon) zinc iron lead (hydrogen) copper silver gold platinum
It is a scale of how reactive metals are here it is potassium most reactive sodium calcium magnesium aluminium zinc iron tin lead silver gold platinum least reactive
Yes, in principle. Iron is higher in the electromotive series than lead; therefore, elemental iron can displace lead from its compounds. If the lead nitrate is in water solution and solid iron is introduced into the solution, reaction will normally occur at least until a coating of elemental lead has formed over all the iron surface that is in contact with the solution. This reaction may be slow, and if the solution is strongly concentrated in nitrate or contains other oxidizing agent(s), the reaction may not occur because of a phenomenon called "passivation" in which the iron is covered with an oxygen containing surface layer that blocks reaction.
When iron is added to lead chloride, no reaction occurs since iron is less reactive than lead. Iron will not displace lead in the compound to form a new substance.
Lead is less reactive than silver on the reactivity series, so lead will not replace silver in a single displacement reaction. Silver will stay as it is in the reaction.
In the group 2 elements, the reactivity of the metals increase as you move down the group. The order of reactivity in group 2 is barium, strontium, calcium, and magnesium.
Magnesium is the most reactive metal among silver, copper, lead, zinc, and iron because it has a high tendency to lose electrons, making it readily form compounds with other elements. Its outer electron configuration makes it easier for magnesium to react with other substances compared to the other listed metals.
When silver nitrate is mixed with lead, a solid white precipitate of lead(II) nitrate is formed along with silver metal. This reaction is a displacement reaction where the more reactive silver displaces the less reactive lead from the compound.
Yes, both tin and lead are more reactive than silver. Tin and lead are more prone to oxidation and reacting with other elements compared to silver. Silver is relatively unreactive, making it a popular choice for jewelry and coins due to its resistance to tarnishing.
Iron is more reactive than lead but less reactive than zinc. It is commonly used in construction and manufacturing due to its relatively stable and corrosion-resistant properties compared to lead and zinc.
Zinc is the metal that will replace iron in an iron solution through a displacement reaction because it is more reactive. Copper, gold, and lead are less reactive than iron and would not displace it in a solution.
water 1.0 aluminum 2.7 iron 7.9 silver 10.5 lead 11.3 gold 19.3
no... Reactivity Table: Lithium, Potassium, Sodium, Calcium, Magnesium, Aluminum, Zinc, Cadmium, Iron, Nickel, Tin, Lead, Arsenic, Antimony, Copper, Mercury, Silver Platinum, and Gold.