Use the data below for the solubility of 1-butane in benzyl alcohol at 273K to calculate the Henry’s law constant for this gas.
P2/torr | X2 |
200 | 0.040 |
400 | 0.087 |
600 | 0.151 |
700 | 0.193 |
760 | 0.226 |
Henry law states that the solubility of a gas in a liquid is directly proportional to the partial pressure of a gas over the liquid.
P = KH*X
KH = P/X
KH = henry law constant
P = partial pressure of 1-butane
X = solubility of 1-butane in benzyl alcohol
KH = henry law constant = 4112.2 torr
Use the data below for the solubility of 1-butane in benzyl alcohol at 273K to calculate the Henry’s law constant for th...
Calculate the rate constant, k, by using Equation
3 (k'=k[OH]^1). Keep in mind, the NaOH solution was
diluted by 50% at the start of the experiment. Write a final
generic rate law using Equation 1 (k[OH]^x[CV]^y)
using the experimental determined values for k, and y. Find the
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k(actual value with correct units)[CV]^(order for cv)[OH]^1.
Section #:...
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