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Why do decomposition reactions typically have compounds as
Chapter 4, Problem 64P(choose chapter or problem)
Problem 64P
Why do decomposition reactions typically have compounds as reactants, whereas combination and displacement reactions have one or more elements?
Questions & Answers
QUESTION:
Problem 64P
Why do decomposition reactions typically have compounds as reactants, whereas combination and displacement reactions have one or more elements?
ANSWER:
Solution 64P:
Step 1:
Redox reaction:
It is a reaction where the electrons transfer from one reactant to another.
For example:
The formation of water from the reaction of hydrogen and oxygen molecule.
There are three type of redox reactions:
- Combination reactions:
In the combination reaction, two or more reactant combine together to form the product.
For example:
The formation of NH3 (g).
(b) Decomposition reactions
In the decomposition reaction, one reactant forms two or more products.
For example:
Thermal decomposition of KClO3(s)
(c) Displacement reactions:
In the displacement reaction, the number of atoms remain same for the reactant and product but the atoms exchange take place.
For example:
Zn(s) displaces the Cu2+ ion from CuSO4