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MULTIPLE CHOICE
A student added phenolphthalein to two solutions. Solution A remained clear while Solution B
turned pink. Which of the following could be the pH of Solution B?

MULTIPLE CHOICE A student added phenolphthalein to two solutions Solution A remained clear while Solution B turned pink Which of the following could be the pH o class=

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The answer is 2 I know this because of the info in the picture

The pH of the solution B will be 10.  

• One of the indicators that helps the chemists to determine visually that whether the substance is an acid or a base is the phenolphthalein.  

• The phenolphthalein changes color due to ionization, and this changes the shape of the molecules of phenolphthalein.  

• Naturally, phenolphthalein is colorless, however, it turns pink in alkaline solutions.  

• The solution turns pink at the pH ranging between 8.2-10.  

• Phenolphthalein has two distinct compositions based on whether it is an acid (colorless) or alkali (pink) solution.  

Thus, turning of solution B to pink color by adding phenolphthalein indicator shows that the pH of the solution would be 10 based on the given options.  

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