4) The following data are for Xenon adsorption on ZSM zeolite. Evaluate the constants of the (a) Langmuir, (b) Freundlich, and (c) Temkin equations. Which isotherm would best fit the given data? 250...

4) The following data are for Xenon adsorption on ZSM zeolite. Evaluate the constants of the<br>(a) Langmuir, (b) Freundlich, and (c) Temkin equations. Which isotherm would best fit the<br>given data?<br>250<br>P, torr<br>Mass (g) ZSM zeolite/ mole<br>Xenon<br>47<br>136<br>364<br>473<br>577<br>680<br>1.8832 0.8977 0.6588 0.5692 0.5255 0.4946 0.4715<br>

Extracted text: 4) The following data are for Xenon adsorption on ZSM zeolite. Evaluate the constants of the (a) Langmuir, (b) Freundlich, and (c) Temkin equations. Which isotherm would best fit the given data? 250 P, torr Mass (g) ZSM zeolite/ mole Xenon 47 136 364 473 577 680 1.8832 0.8977 0.6588 0.5692 0.5255 0.4946 0.4715

Jun 07, 2022

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4) The following data are for Xenon adsorption on ZSM zeolite. Evaluate the constants of the (a) Langmuir, (b) Freundlich, and (c) Temkin equations. Which isotherm would best fit the given data? 250...

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