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A scientist studied the dynamic adsorption of gas M on silica gel (BP). The following amounts of adsoprtion (in moles per kilogram) was collected at 27 C. (i)Find the value of n that corresponds to complete coverage. (ii)Find the rate constant of desorption if the rate constant of adsorption is 0.00145 s-1. Find the surface area of silica gel (in m2) if a molecule of gas M occupied 0.03 pm2.

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sciencechemistrychemistry questions and answers1. a scientist studied the dynamic adsorption of gas m on silica gel (bp). the following amounts of adsoprtion (in moles per kilogram) was collected at 27 °c. ρ/κρα n/mol kg" 31.00 38.22 53.03 76.38 101.97 130.47 165.06 182.41 205.75 219.91 1.00 1.17 1.54 2.04 2.49 2.90 3.22 3.30 3.35 3.36 (1) (ii) find the value of n that corresponds to complete coverage.

Question: 1. A Scientist Studied The Dynamic Adsorption Of Gas M On Silica Gel (BP). The Following Amounts Of Adsoprtion (In Moles Per Kilogram) Was Collected At 27 °C. Ρ/ΚΡα N/Mol Kg" 31.00 38.22 53.03 76.38 101.97 130.47 165.06 182.41 205.75 219.91 1.00 1.17 1.54 2.04 2.49 2.90 3.22 3.30 3.35 3.36 (1) (Ii) Find The Value Of N That Corresponds To Complete Coverage.

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1. A scientist studied the dynamic adsorption of gas M on silica gel (BP). The

following amounts of adsoprtion (in moles per

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Transcribed image text: 1. A scientist studied the dynamic adsorption of gas M on silica gel (BP). The following amounts of adsoprtion (in moles per kilogram) was collected at 27 °C. Ρ/ΚΡα n/mol kg" 31.00 38.22 53.03 76.38 101.97 130.47 165.06 182.41 205.75 219.91 1.00 1.17 1.54 2.04 2.49 2.90 3.22 3.30 3.35 3.36 (1) (ii) Find the value of n that corresponds to complete coverage. Find the rate constant of desorption if the rate constant of adsorption is 0.00145 s. Find the surface area of silica gel (in m²) if a molecule of gas M occupied 0.03 pm (iii)

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