The Reactivity Series (or Activity Series) is a ranking of metals (and some non-metals) based on their tendency to react, especially with water, acids, and oxygen
Whether a displacement reaction will occur.
Which metal can reduce the oxide of another metal.
The ease of extraction of metals from ores.
Elements In Reactivity Series
P – Potassium
S – Sodium
C – Calcium
M – Magnesium
A – Aluminum
Z – Zinc
I – Iron
L – Lead
H – Hydrogen
C – Copper
M – Mercury
S – Silver
A – Gold
Mnemonic -: "Please Stop Calling Me A Zebra, I Like Hot Chocolate Made Soft And Golden."
Extraction
Potassium, Sodium, Calcium, Magnesium And Aluminum extracted by electrolysis
Zinc, Iron And Lead are extracted by reduction of carbon
Copper, Silver And Gold are found pure
Electrolysis Extraction
Potassium, Sodium, Calcium, Magnesium And Aluminum can only be extracted through electrolysis as they are very reactive, due to high reactivity
These elements are highly reactive as before even getting to react with nature they react with other compounds to achieve a stable state
Carbon Reduction Extraction
Carbon is used to extract metals because it can act as a reducing agent, meaning it can remove oxygen from metal oxides, effectively separating the metal
Carbon reduction is a method used to extract metals from their oxides using carbon (usually in the form of coke or charcoal).







Why does potassium react more violently with water than zinc?
Can you use the reactivity series to extract metals from their ores? How?
Why does a metal higher in the reactivity series displace a metal lower down in a reaction?
Why is gold found unreacted in nature, but iron is not?
Can a less reactive metal ever displace a more reactive metal? Under what conditions, if any?