Question

2). The data given below for the adsorption of CO on charcoal at 273 K. Confirm that they fit the Langmiur isotherm, and find the constant K and the volume corresponding to complete coverage. In each case V has been corrected to 1.00 atm (101.325 kPa). P(kPa) V(cm³) 13.3 10.3 26.7 19.3 40.0 27.3 53.3 34.1 66.7 40.0 80.0 458.5 93.3 48.0

          2). The data given below for the adsorption of CO on charcoal at 273 K. Confirm that they fit
the Langmiur isotherm, and find the constant K and the volume corresponding to complete
coverage. In each case V has been corrected to 1.00 atm (101.325 kPa).
P(kPa)	V(cm³)
13.3	10.3
26.7	19.3
40.0	27.3
53.3	34.1
66.7	40.0
80.0	458.5
93.3	48.0

2). The data given below for the adsorption of CO on charcoal at 273 K. Confirm that they fit
the Langmiur isotherm, and find the constant K and the volume corresponding to complete
coverage. In each case V has been corrected to 1.00 atm (101.325 kPa).
P(kPa) V(cm³)
13.3 10.3
26.7 19.3
40.0 27.3
53.3 34.1
66.7 40.0
80.0 458.5
93.3 48.0

Added by Ryan M.

Chemistry: Structure and Properties

Nivaldo Tro 2nd Edition

Instant Answer

Solved by Expert Federico Castro

Step 1

To convert kPa to atm, divide the pressure in kPa by 101.325. P(atm) = P(kPa) / 101.325 Using this formula, we can calculate the pressure in atm for each data point: V(cm³) P(kPa) P(atm) 10.3 13.3 0.131 19.3 26.7 0.264 27.3 40.0 0.395 34.1 Show more…

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V(cmÂ³) P(kPa) 10.3 13.3 19.3 26.7 27.3 40.0 34.1 53.3 40.0 66.7 48.0 80.0 53.3 93.3 In each case, V has been corrected to 1.00 atm (101.325 kPa). The data given below is for the adsorption of CO on charcoal at 273 K. Confirm that they fit the Langmuir isotherm and find the constant K and the volume corresponding to complete coverage.