QuestionMay 22, 2025

The conjugate base of water when a strong base is in aqueous solution is the square ion. The concentration of square ions in aqueous solution is much square in a solution of strong base in comparison to a solution of weak base. The pH of an aqueous solution of strong base is much square than the pH of a weak base. According to the digital pH meter, the pH of the weak base in the simulation is square The pH of the strong base is square

The conjugate base of water when a strong base is in aqueous solution is the square ion. The concentration of square ions in aqueous solution is much square in a solution of strong base in comparison to a solution of weak base. The pH of an aqueous solution of strong base is much square than the pH of a weak base. According to the digital pH meter, the pH of the weak base in the simulation is square The pH of the strong base is square
The conjugate base of water when a strong base is in aqueous solution is the square 
ion. The concentration of square  ions in aqueous solution is much square 
in a solution of strong base in comparison to a solution of weak base. The pH of an aqueous
solution of strong base is much square  than the pH of a weak base. According to the
digital pH meter, the pH of the weak base in the simulation is
square  The pH of the
strong base is square

Solution
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Answer

OH^-; higher; higher; 8-10; 12-14 Explanation 1. Identify the conjugate base of water The conjugate base of water is the hydroxide ion, OH^-. 2. Compare concentration of ions in strong vs. weak base solutions In a solution of strong base, the concentration of OH^- ions is much higher than in a solution of weak base. 3. Compare pH levels of strong vs. weak base solutions The pH of an aqueous solution of strong base is much higher than the pH of a weak base. 4. Determine pH values from simulation According to the digital pH meter, the pH of the weak base in the simulation is typically around 8-10. The pH of the strong base is typically around 12-14.

Explanation

1. Identify the conjugate base of water<br /> The conjugate base of water is the hydroxide ion, $OH^-$.<br /><br />2. Compare concentration of ions in strong vs. weak base solutions<br /> In a solution of strong base, the concentration of $OH^-$ ions is much higher than in a solution of weak base.<br /><br />3. Compare pH levels of strong vs. weak base solutions<br /> The pH of an aqueous solution of strong base is much higher than the pH of a weak base.<br /><br />4. Determine pH values from simulation<br /> According to the digital pH meter, the pH of the weak base in the simulation is typically around 8-10. The pH of the strong base is typically around 12-14.
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