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Stream 2 (Gas) mcd,2 mzn,2 = ? Stream 1 Distillation m₁ Stream 3 (Liquid) Xcd,1 XZn,1 = ? mcd,3 = ? mzn,3 steady state, a Cd-Zn alloy with a mass fraction of 50% cadmium (xcd = 0.50) enters a distillation device (a separator) m₁ = 729 kg/h and exits as two streams, a gas stream containing 434 kg/h of Cd, and a liquid stream containing 465 h of Zn. hat is the mass flow rate of zinc (mzn,1) in kg/h in the input stream to 1 decimal place?

Stream 2 (Gas) mcd,2 mzn,2 = ? Stream 1 Distillation m₁ Stream 3 (Liquid) Xcd,1 XZn,1 = ? mcd,3 = ? mzn,3 steady state, a Cd-Zn alloy with a mass fraction of 50% cadmium (xcd = 0.50) enters a distillation device (a separator) m₁ = 729 kg/h and exits as two streams, a gas stream containing 434 kg/h of Cd, and a liquid stream containing 465 h of Zn. hat is the mass flow rate of zinc (mzn,1) in kg/h in the input stream to 1 decimal place?

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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What is the mass flow rate of cadmium (ṁCd,3) in kg/h in the liquid stream to 1 decimal place?

What is the mass fraction of zinc (xZn,2) in the gas stream to 1 decimal place?

Stream 2 (Gas) mcd.2 mzn.2 = ? Stream 1 Distillation m₁ Stream 3 (Liquid) Xcd,1 XZn,1 = ? mcd,3 = ? mzn.3 At steady state, a Cd-Zn alloy with a mass fraction of 50% cadmium (xcd = 0.50) enters a distillation device (a separator) at m₁ = 729 kg/h and exits as two streams, a gas stream containing 434 kg/h of Cd, and a liquid stream containing 465 kg/h of Zn. What is the mass flow rate of zinc (mzn,1) in kg/h in the input stream to 1 decimal place?
Transcribed Image Text:Stream 2 (Gas) mcd.2 mzn.2 = ? Stream 1 Distillation m₁ Stream 3 (Liquid) Xcd,1 XZn,1 = ? mcd,3 = ? mzn.3 At steady state, a Cd-Zn alloy with a mass fraction of 50% cadmium (xcd = 0.50) enters a distillation device (a separator) at m₁ = 729 kg/h and exits as two streams, a gas stream containing 434 kg/h of Cd, and a liquid stream containing 465 kg/h of Zn. What is the mass flow rate of zinc (mzn,1) in kg/h in the input stream to 1 decimal place?
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