Sulfuric acid is added in preparing Ferrous Ammonium Sulfate (FAS) solution to provide the necessary acidic conditions for the reaction to occur and prevent oxidation of the ferrous ion to ferric ion. This helps maintain the stability and accuracy of the solution for its intended analytical or titration purposes.
When universal indicator is added to sulfuric acid, the solution will turn red as sulfuric acid is a strong acid. It indicates a highly acidic pH level in the solution.
The fizzing will be most when zinc is added to dilute sulfuric acid, as it is a stronger acid that can react more vigorously with the zinc. The fizzing will be least when zinc is added to acetic acid, as this acid is weaker and will not react as vigorously with the zinc.
When lithium hydroxide pellets are added to a solution of sulfuric acid, lithium sulfate and water are formed. The reaction can be represented by the chemical equation: LiOH + H2SO4 → Li2SO4 + 2H2O.
Aqueous solutions of sodium sulfate do not contain sulfuric acid as they are separate compounds. If sulfuric acid is added to the solution, a reaction may occur to form sulfuric acid and sodium sulfate may dissociate into its ions in water.
Sulfuric acid will turn red when methyl orange is added, indicating that the solution is highly acidic.
When universal indicator is added to sulfuric acid, the solution will turn red as sulfuric acid is a strong acid. It indicates a highly acidic pH level in the solution.
The fizzing will be most when zinc is added to dilute sulfuric acid, as it is a stronger acid that can react more vigorously with the zinc. The fizzing will be least when zinc is added to acetic acid, as this acid is weaker and will not react as vigorously with the zinc.
When lithium hydroxide pellets are added to a solution of sulfuric acid, lithium sulfate and water are formed. The reaction can be represented by the chemical equation: LiOH + H2SO4 → Li2SO4 + 2H2O.
Aqueous solutions of sodium sulfate do not contain sulfuric acid as they are separate compounds. If sulfuric acid is added to the solution, a reaction may occur to form sulfuric acid and sodium sulfate may dissociate into its ions in water.
Sulfuric acid will turn red when methyl orange is added, indicating that the solution is highly acidic.
Sulfuric acid is added to water during electrolysis to increase the conductivity of the solution. This helps ions move freely in the solution and facilitates the electrolysis process by allowing the flow of electric current. It also helps in stabilizing the pH of the solution.
The aqueous solution of H2SO4 is called sulfuric acid.
Sulfuric acid is added to the silver nitrate solution in electroplating to increase the conductivity of the solution. This allows for better passage of electric current through the solution, aiding in the deposition of silver onto the object being plated. Additionally, sulfuric acid helps in maintaining the pH of the solution at an optimal level for the electroplating process.
to acidify the solution so that it can become a good oxidising agent
To neutralize the sulfuric acid completely, you need a 1:2 molar ratio of sodium hydroxide to sulfuric acid. Therefore, you would need to add twice the amount of sodium hydroxide compared to the amount of sulfuric acid, which is 40.0 mL of the sodium hydroxide solution.
A 40 grams per liter solution of sulfuric acid would be approximately a 4% solution. This is calculated by dividing the mass of sulfuric acid by the total mass of the solution and multiplying by 100.
Sulfuric acid is added to the silver nitrate solution in electroplating to increase the conductivity of the solution. This allows for a more efficient deposition of silver onto the object being plated. The sulfuric acid also helps to dissolve any oxide layers on the surface of the object, ensuring a good bond between the silver and the substrate.