Refer to Q8 and, calculate the rate of loss of naphthalene from the surface per unit width.(a) 0.100 gmol/m.hr(b) 0.102 gmol/m.hr(c) 0.101 gmol/m.hr(d) 0.103 gmol/m.hrThis question was posed to me by my school teacher while I was bunking the class.The query is from Convective Mass Transfer in section Mass Transfer of Bioprocess Engineering

Refer to Q8 and, calculate the rate of loss of naphthalene from the su

1.	Refer to Q8 and, calculate the rate of loss of naphthalene from the surface per unit width.(a) 0.100 gmol/m.hr(b) 0.102 gmol/m.hr(c) 0.101 gmol/m.hr(d) 0.103 gmol/m.hrThis question was posed to me by my school teacher while I was bunking the class.The query is from Convective Mass Transfer in section Mass Transfer of Bioprocess Engineering
Answer» The correct answer is (C) 0.101 gmol/m.hr To EXPLAIN: Rate of loss of NAPHTHALENE = k (CAi – CA∞) = 0.014 (1 * 10^–5 – 0) = 1.4024 * 10^–7 kmol/m^2 sec Rate of loss per meter WIDTH = (1.4024 * 10 ^–7) (0.2) = 2.8048 * 10 ^–8 kmol/m.sec = 0.101 gmol/m.hr.

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