cl2+2kbr=2kcl+br2 name the type of reaction
Answers
Answer:
Displacement reaction
Explanation:
- When an atom or group of atoms in a molecule are replaced by another atom, this is referred to as a displacement reaction. For instance, copper metal is displaced when the iron is added to a solution of copper sulfate.
- Example:
A - C + B = A + B - C
- When A is more reactive than B, the aforementioned equation holds true.
- A and B must either be:
- Halogens with the cation symbol C.
- Various metals, where C denotes an anion.
Single Displacement Reaction
One element is replaced by another in a compound in a single displacement reaction, which is also known as a single replacement reaction. This type of chemical reaction is an oxidation-reduction reaction.
Double Displacement Reaction
When a portion of two ionic compounds is swapped, a double displacement reaction takes place, creating two new components.
Here. in the given reaction, Cl replaces Br from KBr to form KCl.
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Answer:
This is displacement reaction.
Explanation:
- A displacement reaction occurs when an atom or group of atoms in a molecule is displace by another atom. For instance, when iron is introduced to a solution of copper sulphate, copper metal is displaced.
- Example: A-C+B A+B-C
The aforementioned equation is valid when A is more reactive than B.
Either A or B must be:
Halogens having the cation symbol C, for example. 2. A number of metals, where C stands for an anion.
Two types of displacement reaction :
Single Displacement Reaction
A single displacement reaction, often referred to as a single replacement reaction, replaces one element in a compound with another. An oxidation-reduction reaction is the sort of chemical process in question.
Double Displacement Reaction
A double displacement reaction occurs when a portion of two ionic compounds is switched, resulting in the formation of two new elements.
Here. Cl displaces Br in the process described below to create KCI from KBr.
Hence the reaction is single Displacement Reaction.
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