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The absorption rate of ethylene gas produced by ripening durian using special activated carbon can be calculated by the following formula: C = 2.315 x 10-14(x5 – (7.2 x 105)x³ + (1.29 x 1011)x) UTM UTM UTM where x = the weight in gram of the activated carbon. ITM UT (a) Use graphical methods to identify the absorption rate has maximum or minimum value in range x UTM - 0 gram and x = 500 gram by fill in Table 2.1 (use 2 decimals points) and sketch the function curve in Figure 2.1. UTM UIM Table 2.1 TM F UTM 0.6 х. gram (cm/g.min) 0.5 100 0.4 200 300 400 UTM 500 0.2 0.1 UTM TM FUI 100 LTM UTM TUTM 200 300 Weight of the activated carbon, x (gram) 400 500 600 TM UIM Figure 2.1 TMUTM ETM UTM Absorption rate, C (cm³/g.min)

The absorption rate of ethylene gas produced by ripening durian using special activated carbon can be calculated by the following formula: C = 2.315 x 10-14(x5 – (7.2 x 105)x³ + (1.29 x 1011)x) UTM UTM UTM where x = the weight in gram of the activated carbon. ITM UT (a) Use graphical methods to identify the absorption rate has maximum or minimum value in range x UTM - 0 gram and x = 500 gram by fill in Table 2.1 (use 2 decimals points) and sketch the function curve in Figure 2.1. UTM UIM Table 2.1 TM F UTM 0.6 х. gram (cm/g.min) 0.5 100 0.4 200 300 400 UTM 500 0.2 0.1 UTM TM FUI 100 LTM UTM TUTM 200 300 Weight of the activated carbon, x (gram) 400 500 600 TM UIM Figure 2.1 TMUTM ETM UTM Absorption rate, C (cm³/g.min)

Introduction to Chemical Engineering Thermodynamics
Introduction to Chemical Engineering Thermodynamics
8th Edition
ISBN:9781259696527
Author:J.M. Smith Termodinamica en ingenieria quimica, Hendrick C Van Ness, Michael Abbott, Mark Swihart
Publisher:J.M. Smith Termodinamica en ingenieria quimica, Hendrick C Van Ness, Michael Abbott, Mark Swihart
Chapter1: Introduction
Section: Chapter Questions
Problem 1.1P
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The absorption rate of ethylene gas produced by ripening durian using special activated carbon can be calculated by the following formula: * UTM C = 2.315 x 10-14(x5 – (7.2 x 105)x³ + (1.29 x 1011)x) UTM where x = the weight in gram of the activated carbon. UTM UT (a) Use graphical methods to identify the absorption rate has maximum or minimum value in range x UTM 0 gram and x = 500 gram by fill in Table 2.1 (use 2 decimals points) and sketch the function curve in Figure 2.1. TM E LTM Table 2.1 0.6 х. gram (cm³/g.min) 0.5 100 0.4 200 300 UTM 400 500 0.2 0.1 100 200 300 LTM E UTM TUTM 400 Weight of the activated carbon, x (gram) 500 600 -TM EUTM Figure 2.1 -TM UTM -ITMUTM Absorption rate, C (cm/g.min)
Transcribed Image Text:The absorption rate of ethylene gas produced by ripening durian using special activated carbon can be calculated by the following formula: * UTM C = 2.315 x 10-14(x5 – (7.2 x 105)x³ + (1.29 x 1011)x) UTM where x = the weight in gram of the activated carbon. UTM UT (a) Use graphical methods to identify the absorption rate has maximum or minimum value in range x UTM 0 gram and x = 500 gram by fill in Table 2.1 (use 2 decimals points) and sketch the function curve in Figure 2.1. TM E LTM Table 2.1 0.6 х. gram (cm³/g.min) 0.5 100 0.4 200 300 UTM 400 500 0.2 0.1 100 200 300 LTM E UTM TUTM 400 Weight of the activated carbon, x (gram) 500 600 -TM EUTM Figure 2.1 -TM UTM -ITMUTM Absorption rate, C (cm/g.min)
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