by 3. Nicotine is a weak base samples of a nicotine solution are titrated with 0.00526 M hydrochloric acid. The first, second, and third samples each required 24.78 mL, 25.67 mL, and 24.90 mL of the acid, respectively, to reach the endpoint. What is the concentration of nicotine in the original sample? Calculate the standard deviation and discuss the precision of these measurements. C10H14N2(aq) + HCI (aq) → HC10H14N (aq) + Cl¯(aq) Reaction 3

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3. Nicotine is a weak base and can be quantified by titration with a strong acid. Three separate 10.00 ml
samples of a nicotine solution are titrated with 0.00526 M hydrochloric acid. The first, second, and third
samples each required 24.78 mL, 25.67 mL, and 24.90 mL of the acid, respectively, to reach the
endpoint. What is the concentration of nicotine in the original sample? Calculate the standard deviation
and discuss the precision of these measurements.
C10H14N2(aq) + HCI (aq) → HC10H14N (aq) + Cl¯(aq)
Reaction 3
Transcribed Image Text:3. Nicotine is a weak base and can be quantified by titration with a strong acid. Three separate 10.00 ml samples of a nicotine solution are titrated with 0.00526 M hydrochloric acid. The first, second, and third samples each required 24.78 mL, 25.67 mL, and 24.90 mL of the acid, respectively, to reach the endpoint. What is the concentration of nicotine in the original sample? Calculate the standard deviation and discuss the precision of these measurements. C10H14N2(aq) + HCI (aq) → HC10H14N (aq) + Cl¯(aq) Reaction 3
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