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In a tissue paper machine (figure 2 below), stream N contains 85% fiber. Find the mass (kg) of unknown fiber values (x, y. and z) and stream N? All values in figure 1 below are in kg for each stream? New Pulp Fiber (x) Water 18 N R P Stock Fiber (y) Return Water Fiber 2.34 Chest Water 3291 (reservoir) Water 7452 Transfer to next step Fiber 103.26 Water 3309 E Effluent Fiber (z) Figure 2 Water 4161

In a tissue paper machine (figure 2 below), stream N contains 85% fiber. Find the mass (kg) of unknown fiber values (x, y. and z) and stream N? All values in figure 1 below are in kg for each stream? New Pulp Fiber (x) Water 18 N R P Stock Fiber (y) Return Water Fiber 2.34 Chest Water 3291 (reservoir) Water 7452 Transfer to next step Fiber 103.26 Water 3309 E Effluent Fiber (z) Figure 2 Water 4161

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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In a tissue paper machine (figure 2 below), stream N contains 85% fiber. Find the mass (kg) of unknown fiber values (x, y. and z) and stream N? All values in figure 1 below are in kg for each stream? New Pulp Fiber (x) Water 18 R P Return Water Stock Chest Fiber (y) N Fiber 2.34 Water 3291 (reservoir) Water 7452 Transfer to next step Fiber 103.26 Water 3309 E Effluent Fiber (z) Figure 2 Water 4161
Transcribed Image Text:In a tissue paper machine (figure 2 below), stream N contains 85% fiber. Find the mass (kg) of unknown fiber values (x, y. and z) and stream N? All values in figure 1 below are in kg for each stream? New Pulp Fiber (x) Water 18 R P Return Water Stock Chest Fiber (y) N Fiber 2.34 Water 3291 (reservoir) Water 7452 Transfer to next step Fiber 103.26 Water 3309 E Effluent Fiber (z) Figure 2 Water 4161
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