25.00 ml of the phosphorus acid solution above was titrated with 0.350 M NaOH titrant using the following chemical equation: Hag)+NaOH( If 19.4 ml of 0.350 M NaOH titrant were needed to complete the reaction, how many moles of acidic protons (H* ions) are present in the solution? (Remember to include the stoichiometric ratio from the chemical equation in your calculations!!!) → H₂O + Naag) (1) (aq)

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(4) -
25.00 ml of the phosphorus acid solution above was titrated with 0.350 M NaOH titrant using the
following chemical equation:
H) + NaOH(
I (aq)
→ H₂O + Nag)
(1)
(aq)
If 19.4 ml of 0.350 M NaOH titrant were needed to complete the reaction, how many moles of acidic
protons (H+ ions) are present in the solution? (Remember to include the stoichiometric ratio from the
chemical equation in your calculations!!!)
Transcribed Image Text:(4) - 25.00 ml of the phosphorus acid solution above was titrated with 0.350 M NaOH titrant using the following chemical equation: H) + NaOH( I (aq) → H₂O + Nag) (1) (aq) If 19.4 ml of 0.350 M NaOH titrant were needed to complete the reaction, how many moles of acidic protons (H+ ions) are present in the solution? (Remember to include the stoichiometric ratio from the chemical equation in your calculations!!!)
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