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One gram of charcoal adsorbs 400 " mL of...

One gram of charcoal adsorbs 400 " mL of " 0.5 M acetic acid to form a mono layer and the molarity of acetic acid reduced to 0.49. Calculate the surface area of charcoal adsorbed by each molecule of acetic acid. The surface area of charcoal is `3.01xx10^(2)m^(2)g^(-1)`.

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Initial millomoles of `CH_(3)COOH=100xx0.5=50`
Final millimoles of `CH_(3)COOH=100xx0.49=49`
millimoles adsorbed `=50-49=1`
moles adsobed `=(1)/(1000)`
Molecules adsorbed`=(1)/(1000)xx6.023xx10^(23)`
`=6.023xx10^(20)`
Area per molecule`=("Total area")/("Number of molecules")`
`=(3.01xx10^(2))/(6.023xx10^(20))=5xx10^(19)m^(2)`
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1 g charcoal is placed in 100 mL of 0.5 M CH_(3)COOH to form an adsorbed mono-layer of acetic acid molecule and thereby the molarity of CH_(3)COOH reduces to 0.49 . Calculate the surface area of charcoal adsorbed by each molecule of acetic acid. Surface are of charocal =3.01xx10^(2)m^(2)//g .

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