Write the Henderson-Hasselbalch equation for a propanoic acid solution $(CH_{3} CH_{2} CO_{2} H, p K_{a} = 4.874)$ . Using the equation to calculate the quotient $[A^{-}] / [HA]$ at three different $pH$ values. $pH = 4.159 \frac{[ A ^{-} ]}{[ HA ]} =$ Using the equation to calculate the quotient $[A^{-}] / [HA]$ at three different $pH$ values. $pH = 4.159 \frac{[ A ^{-} ]}{[ HA ]} =$ $pH = 4.874 \frac{[ A ^{-} ]}{[ HA ]} =$ $H = 5.228 \frac{[ A ^{-} ]}{[ HA ]} =$

Question

Write the Henderson-Hasselbalch equation for a propanoic acid solution

(CH_{3} CH_{2} CO_{2} H, p K_{a} = 4.874)

. Using the equation to calculate the quotient

[A^{-}] / [HA]

at three different

pH

values.

pH = 4.159 \frac{[ A ^{-} ]}{[ HA ]} =

Using the equation to calculate the quotient

[A^{-}] / [HA]

at three different

pH

values.

pH = 4.159 \frac{[ A ^{-} ]}{[ HA ]} =

pH = 4.874 \frac{[ A ^{-} ]}{[ HA ]} =

H = 5.228 \frac{[ A ^{-} ]}{[ HA ]} =

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