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21st Century Pedagogy & Advanced Teacihing – Learning Tools
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Types Of Chemical Reactions | Quiz
Check changes in oxidation states.
1 / 5
Tags: Chemistry → Chemical Reactions, Oxidation-Reduction, Redox Concepts, Applying, 3 Marks
The reaction (CuO + H_2 rightarrow Cu + H_2O) is an example of:
Think of oxidation and reduction together.
Well done! It involves both oxidation and reduction.
Step 1: \(CuO\) is reduced to \(Cu\). Step 2: \(H_2\) is oxidised to \(H_2O\). Step 3: Hence, it is a **Redox reaction**.
Observe the exchange of ions.
2 / 5
Tags: 3 Marks, Double Displacement, HOTS, Ion Exchange, Chemistry → Chemical Reactions
Identify the type of reaction: (AgNO_3 + NaCl rightarrow AgCl + NaNO_3)
Look for ion exchange between compounds.
Excellent! Ions are exchanged.
Step 1: \(AgNO_3\) reacts with \(NaCl\) to form \(AgCl\) and \(NaNO_3\). Step 2: Exchange of ions occurs. Step 3: Hence, it’s a **Double Displacement reaction**.
Check if one element replaces another.
3 / 5
Tags: Chemistry → Chemical Reactions, Displacement, Metal Replacement, Understanding, 2 Marks
In the reaction (Zn + H_2SO_4 rightarrow ZnSO_4 + H_2), what type of reaction takes place?
Observe if a metal replaces hydrogen.
Exactly! Zinc replaces hydrogen.
Step 1: Zinc displaces hydrogen from sulphuric acid. Step 2: This is a **Displacement reaction**.
Check if a single compound breaks down.
4 / 5
Tags: Chemistry → Chemical Reactions, Decomposition, Reaction Breakdown, Applying, 2 Marks
What type of reaction is represented by (2KClO_3 rightarrow 2KCl + 3O_2)?
Notice the number of products formed.
Great! It’s a decomposition reaction.
Step 1: A single reactant \(KClO_3\) decomposes into \(KCl\) and \(O_2\). Step 2: Hence, it is a **Decomposition reaction**.
Observe how two reactants combine.
5 / 5
Tags: Chemistry → Chemical Reactions, Combination Reaction, Reaction Identification, Understanding, 1 Mark
Identify the type of reaction: (2H_2 + O_2 rightarrow 2H_2O)
Look again at the product formed.
Correct! Two reactants combine to form a single product.
Step 1: Hydrogen and oxygen combine to form water. Step 2: Two reactants combine to form one product. Step 3: Hence, it is a **Combination reaction**.
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