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For Part 4, answer the following questions and fill out the table on the following page...

For Part 4, answer the following questions and fill out the table on the following page (You should have started with 1 mL of acid)

a. There are 20 drops in 1 mL. Calculate the volume (in Liters) of NaOH used for titrating each acid.

68 drops NaOH x 1ml/20 drops = 3ml x 1L/1000ml = 0.003 L NaOH

b. The concentration of sodium hydroxide is 0.10 M. Using the volume calculated in the previous step, calculate the moles of hydroxide anion used to titrate each acid.

0.003L x 0.10M/1L = 0.0003 mol -OH

c. Now, calculate the moles of hydronium cation that were present in each acid sample

0.0003 mol h+

d. Calculate the molarity of hydronium ion in each acid sample.

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Answer #1

d.

Volume of acid is 1 mL or IL 1 mL X 1000 mL * 1000 m = 0.001 L

This is also equal to volume of hydronium ion in each acid sample.

The number of moles of hydronium ion present in each acid sample are 0.0003 moles.

[H3O+]= 0.0003 mol -= 0.3 M 0.001 L

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