Which of the following types of reaction represents formation of slaked lime from calcium oxide and water?
‘Combination reaction
The question asks to identify the type of chemical reaction involved when calcium oxide reacts with water to produce slaked lime.
The reaction described is:
Calcium Oxide + Water → Slaked Lime
In chemical terms, this is represented as:
\(CaO\) (Calcium Oxide) + \(H_2O\) (Water) → \(Ca(OH)_2\) (Calcium Hydroxide, commonly known as Slaked Lime)
Let's analyze the characteristics of this reaction:
A combination reaction is defined as a reaction where two or more simple substances (elements or compounds) combine to form a single, more complex product.
Looking at the reaction \(CaO + H_2O → Ca(OH)_2\), we see that two reactants (calcium oxide and water) join together to form one product (calcium hydroxide). This perfectly matches the definition of a combination reaction.
Let's examine why the other options are not the best fit for this specific reaction:
Therefore, the reaction represents a clear example of a combination reaction where calcium oxide and water combine to form slaked lime.
When a large amount of carbon dioxide dissolves in a water body, the water becomes acidic because of the formation of which of the following acids?
Which one of the following oxides is a neutral oxide?