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  • Calculating Hydrogen Ion Concentration: Solving for Solution B
    Here's how to solve this:

    Understanding pH and Hydrogen Ion Concentration

    * pH: A measure of the acidity or alkalinity of a solution. Lower pH values indicate higher acidity, while higher pH values indicate higher alkalinity.

    * Hydrogen Ion Concentration ([H+]): The concentration of hydrogen ions (H+) in a solution.

    The Relationship

    The pH and hydrogen ion concentration are related by the following equation:

    pH = -log[H+]

    Solving the Problem

    1. Find the [H+] of Solution A:

    * Using the equation above, rearrange to solve for [H+]:

    [H+] = 10^(-pH)

    [H+] of Solution A = 10^(-5) M

    2. Calculate the [H+] of Solution B:

    * Solution B has 100 times the [H+] of Solution A:

    [H+] of Solution B = 100 * 10^(-5) M = 10^(-3) M

    3. Find the pH of Solution B:

    * Using the pH equation:

    pH of Solution B = -log(10^(-3)) = 3

    Therefore, the pH of Solution B is 3.

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