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What effect does the concentration of H^...

What effect does the concentration of `H^(+)(aq)` ions have on the nature of the solution?

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Concentration of `H^(+)(aq)` can have a varied effect on the nature of the solution. With an increase in H+ ion concentration, the solution becomes more acidic, while a decrease of `H^(+)` ion causes an increase in the basicity of the solution.
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(a). What effect does the concentration of H^(+) (aq) ions have on the nature of a solution? (b). What effect does the concentration of OH^(-) ions have on the nature of a solution? (c). Someone put some universal indicator paper into vinegar. The pH is 3. What does this tell you about the vinegar? (d). Someone put some universal indicator paper onto wet soap. the pH is 8. What does this tell you about the soap? (e). State whether a solution is acidic, alkali or neutral if its pH is: (i) 9 (ii) 4 (iii) 7 (iv) 1 (v) 10 (vi) 3.

What effect does the concentration of H^(+) (aq) ions have on the acidic nature of the solution ?

Knowledge Check

  • The aqueous solution P^(H) is zero. What is the nature of the solution.

    A
    Slightly acidic
    B
    Strongly acidic
    C
    Neutral
    D
    Basic

  • The solution with the lowest concentration of H^(+) ions is

    A
    pH = 7
    B
    pH = 8.6
    C
    pH = 2.0
    D
    pH = 6.8

  • The pH of a solution is 5. Its H^(+) ion concentration is decreased by 100 times, then the nature of the solution formed is

    A
    Acidic
    B
    Basic
    C
    Neutral
    D
    Amphoteric

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