Alnu tme rest Hitroģen (N2).Calculate: (i) Composition of the gas by mass. (ii) Average molecular weight. (iii)Density of the gas at 30°C and 200 kN/m².3.60 A mixture of gas has the following composition by volume:Methane = 80%Ethane = 12%and Nitrogen = 8%.Calculate: (i) The composition of gas by weight%. (ii) Average molecular weight.(iii) Density of the gas mixture at 30°C and 750 mmHg. (iv) Specific gravity.3.61 A by-product of coke oven produces 30,000 m3 of gas per hour having thefollowing analysis:C6H6 = 5%CHs = 5%CH4 = 40%CO = 7%H2 = 35%CO2 = 5%N2 = 3%The gas leaves the oven at 1.4 atm and 390 °C. After cooling to 40°C, the benzeneand toluene are completely removed by absorption. Calculate: (i) Averagemolecular weight of the gas entering the absorber. (ii) Weight of gas leaving theoven per hour. (iii) Volumetric composition of the gas leaving the absorber. (iv)Weight of benzene and toluene absorbed.

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Delisity UI the gas al 30°C and 200 kN/m2. 3.60 A mixture of gas has the following composition by volume: Methane = 80% Ethane = 12% %3D and Nitrogen = 8%. Calculate: (i) The composition of gas by weight%. (ii) Average molecular weight. (iii) Density of the gas mixture at 30°C and 750 mmHg. (iv) Specific gravity.

Delisity UI the gas al 30°C and 200 kN/m2. 3.60 A mixture of gas has the following composition by volume: Methane = 80% Ethane = 12% %3D and Nitrogen = 8%. Calculate: (i) The composition of gas by weight%. (ii) Average molecular weight. (iii) Density of the gas mixture at 30°C and 750 mmHg. (iv) Specific gravity.

Chemistry

10th Edition

ISBN:9781305957404

Author:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste

Publisher:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste

Chapter1: Chemical Foundations

Section: Chapter Questions

Problem 1RQ: Define and explain the differences between the following terms. a. law and theory b. theory and...

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