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Dilute sulphuric acid is added to barium...

Dilute sulphuric acid is added to barium chloride solution.

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When dilute sulphuric acid is added to barium chloride solution, white precipitate of barium sulphate is formed.
`underset("Chloride")underset("Barium")(BaCl_(2_((g))))+underset("dil.")(H_(2)SO_(4))rarrunderset("sulphate")underset("Barium")(BaSO_(4darr))+2HCl`
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Dilute sulphuric acid si added to barium chloride solution. Give balanced reaction.

(a) State the various characteristics of chemical reactions. (b) state one charactoristie each fo the chemical reaction which takes place when (i) dilute hydrochloride acid is added to sodium carbonate (ii) lemon juice is added gradually to potassium permanganate solution (iii) dilute sulphuric acid is added to barium chloride solution (iv) quicklime is treated with water (v) wax is burned in the form of a candle

Knowledge Check

  • Dilute sulphuric acid splits into

    A
    Oxygen ions, hydrogen ions and sulfate ions.
    B
    Hydrogen ions, oxygen ion and sulphate ions.
    C
    Hydrogen ions and sulphate ions.
    D
    Oxygen ions and hydrogen ions.

  • Iron powder and powder of rust are taken in two containers X and Y, respectively. Dilute sulphuric acid is added to both the containers. Then

    A
    effervescence is observed in both the containers.
    B
    effervescence is observed in case of X but not Y.
    C
    effervescence is observed in case of Y but not X.
    D
    no effervescence is observed in both the cases.

  • Iron powder and powder of rust are taken in two containers X and Y respectively. Dilute sulphuric acid is added to both the containers. Then

    A
    effervescence is observed in two containers.
    B
    effervescence is observed in case of X but not Y.
    C
    effervescence is observed in case of Y but not X.
    D
    no effervescence is observed in both cases.

    • Similar Questions

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    Take into account the time required .for the following processes. Classify them into two groups and give titles to the groups. Cooking gas starts burning on ignition. Iron article undergoes rusting Erosion of rocks takes place to form soil. Alcohol is formed on mixing yeast in glucose solution under proper condition. Effervescence is formed on adding baking soda into a test tube containing dilute acid A white precipitate is formed on adding dilute sulphuric acid to barium chloride solution.

    Take into account the time required .for the following processes. Classify them into two groups and give titles to the groups. Cooking gas starts burning on ignition. Iron article undergoes rusting Erosion of rocks takes place to form soil. Alcohol is formed on mixing yeast in glucose solution under proper condition. Effervescence is formed on adding baking soda into a test tube containing dilute acid A white precipitate is formed on adding dilute sulphuric acid to barium chloride solution.

    Take into account the time required for following processes. Classify them into two groups and give titles to the groups. 1. Cooking gas starts burning on ignition. 2. Iron article undergoes rusting. 3. Erosion of rocks takes place to form soil. 4. Alcohol is formed on mixing yeast in glucose solution under proper condition. 5. Effervescence is formed on adding baking soda into a test tube containing dilute acid. 6. A white precipitate is formed on adding dilute sulphuric acid to barium chloride solution.

    Take into acoount the time required for following processes. Classify them into two groups and give titles to the groups. (1) Cooking gas starts burning on ignition. (2) Iron article undergoes rusting . (3) Erosion of rocks takes place to form oil. (4) Alcohol is formed on mixing yeast in glucose solution under proper condition. (5) Effervescence is formed on adding baking soda into a test tube containing dilute acid. (6) A White precipitate is formed on adding dilute sulphuric acid to barium choride solution.

    Identify the type of chemical reaction in the following statement and explain each of them : Dilute hydrochloric acid is added to sodium hydroxide solution to form sodium chloride and water.

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