If x is the amount of adsorbate and m is the | vedclass

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(D) The relation $x/m = p 	imes T$ is incorrect for the adsorption process.Adsorption is typically described by the Freundlich or Langmuir isotherms,

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$x/m = p 	imes T$

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(D) The relation $x/m = p 	imes T$ is incorrect for the adsorption process.Adsorption is typically described by the Freundlich or Langmuir isotherms,where the extent of adsorption $(x/m)$ is a function of pressure $(p)$ at constant temperature $(T)$,or a function of temperature $(T)$ at constant pressure $(p)$.The relationship $p = f(T)$ at constant $x/m$ represents isosteres.The expression $x/m = p 	imes T$ does not represent any standard adsorption isotherm or thermodynamic relation.

Gas	Critical temperature $(K)$
$He$	$5.2$
$CH_{4}$	$190$
$CO_{2}$	$304.2$
$NH_{3}$	$405.5$

If $x$ is the amount of adsorbate and $m$ is the amount of adsorbent,which of the following relations is not related to the adsorption process?

Similar Questions

Which of the following statements is not correct?

Given below are the critical temperatures of some of the gases:

Gas Critical temperature $(K)$

$He$ $5.2$

$CH_{4}$ $190$

$CO_{2}$ $304.2$

$NH_{3}$ $405.5$

The gas showing least adsorption on a definite amount of charcoal is:

Which forms multimolecular layers during adsorption?

Which among the following gases is least adsorbed on a solid at similar conditions of temperature and pressure?

The extent of adsorption of a gas on a solid depends on:

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