No, it will form a basic solution of Sodium Hydroxide as per the following equation.
Na2O + H2O ---> 2NaOH
As the solution will have OH- ions so it will be basic.
Na2O is a basic oxide and basic oxide dissolve in water to form bases( here NaOH). Acidic oxides dissolves in water to form acids.
Alkali metal(group 1 of Periodic Table) oxides are always basic oxides, but all metal oxides may not be basic( some transition metal oxides are acidic).
Acidic oxides react with water to form acids, while basic oxides react with water to form bases. Acidic oxides have a higher concentration of oxygen ions, leading to a more acidic solution when dissolved in water. Basic oxides have a higher concentration of metal ions, resulting in a more basic solution when dissolved in water.
It is acidic. It will react with water to form periodic acid.
No, not all oxides are acidic. Oxides can be classified as acidic, basic, or amphoteric depending on their chemical properties. Acidic oxides react with water to form an acidic solution, basic oxides react with water to form a basic solution, and amphoteric oxides can act as either an acid or a base depending on the conditions.
Yes, metal oxides typically react with water to form acidic solutions due to the formation of metal hydroxides. This process releases protons, leading to the formation of an acidic solution. Examples include oxides of non-metals such as sulfur dioxide and nitrogen dioxide.
Silica is classified as an acidic oxide because it reacts with water to form an acidic solution, such as silicic acid. Silica can also react with bases to form salt and water. These reactions indicate its acidic nature.
Acidic oxides react with water to form acids, while basic oxides react with water to form bases. Acidic oxides have a higher concentration of oxygen ions, leading to a more acidic solution when dissolved in water. Basic oxides have a higher concentration of metal ions, resulting in a more basic solution when dissolved in water.
It is acidic. It will react with water to form periodic acid.
No, not all oxides are acidic. Oxides can be classified as acidic, basic, or amphoteric depending on their chemical properties. Acidic oxides react with water to form an acidic solution, basic oxides react with water to form a basic solution, and amphoteric oxides can act as either an acid or a base depending on the conditions.
Yes, metal oxides typically react with water to form acidic solutions due to the formation of metal hydroxides. This process releases protons, leading to the formation of an acidic solution. Examples include oxides of non-metals such as sulfur dioxide and nitrogen dioxide.
A solution with a pH of 5 would react with a base to form a salt. The base would neutralize the acidic solution, resulting in the formation of a salt and water.
Silica is classified as an acidic oxide because it reacts with water to form an acidic solution, such as silicic acid. Silica can also react with bases to form salt and water. These reactions indicate its acidic nature.
SeO3 would be acidic, tending to make selenic acid H2SeO4
Yes, a solution of SO2 can be acidic because it reacts with water to form sulfuric acid (H2SO4). SO2 dissolves in water to produce sulfurous acid (H2SO3), which can further react to form sulfuric acid, increasing the acidity of the solution.
pH does not react with other substances; it is a measure of how acidic or basic a solution is. Acids and bases can react with each other to form salts and water. pH simply indicates the concentration of hydrogen ions in a solution.
This is called a neutralization reaction.
When a solution of an acid reacts with a solution of a base, hydronium ions from the acid and hydroxide ions from the base react to form water. This is known as a neutralization reaction where the acidic and basic properties are neutralized, resulting in the formation of water and a salt.
Carbon dioxide is considered an acidic gas because it can react with water to form carbonic acid, which can ionize to release hydrogen ions, lowering the pH of the solution. This increase in hydrogen ions contributes to the acidity of the solution, making carbon dioxide an acidic gas.