If you wanted to determine how much KOH (potassium hydroxide; a strong base) was dissolved in water, you could titrate it with a known amount of KHP (potassium hydrogen phthalate; a weak acid) until a color change indicates that the base is completely neutralized. The molecular equation below depicts this neutralization reaction. КНP(аq) + КОН(аq) —К2Р(аq) + H20(1) Write the net ionic equation that depicts the neutralization of the base KOH by KHP. Instead of using the entire chemical formula of phthalate, use HP- to represent the acidic hydrogen phthalate ion and P2- to represent the phthalate ion. Express your answer as a net ionic equation including phases. • View Available Hint(s)

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If you wanted to determine how much KOH (potassium hydroxide; a strong base) was dissolved in water, you could titrate it with a known amount of KHP (potassium hydrogen phthalate; a
weak acid) until a color change indicates that the base is completely neutralized. The molecular equation below depicts this neutralization reaction.
КНP (aq) + КОн (аq) -К>Р(аq) + H2О (1)
Write the net ionic equation that depicts the neutralization of the base KOH by KHP. Instead of using the entire chemical formula of phthalate, use HP- to represent the acidic hydrogen
phthalate ion and P2- to represent the phthalate ion.
Express your answer as a net ionic equation including phases.
• View Available Hint(s)
ΑΣΦ
?
Transcribed Image Text:If you wanted to determine how much KOH (potassium hydroxide; a strong base) was dissolved in water, you could titrate it with a known amount of KHP (potassium hydrogen phthalate; a weak acid) until a color change indicates that the base is completely neutralized. The molecular equation below depicts this neutralization reaction. КНP (aq) + КОн (аq) -К>Р(аq) + H2О (1) Write the net ionic equation that depicts the neutralization of the base KOH by KHP. Instead of using the entire chemical formula of phthalate, use HP- to represent the acidic hydrogen phthalate ion and P2- to represent the phthalate ion. Express your answer as a net ionic equation including phases. • View Available Hint(s) ΑΣΦ ?
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