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1.Resolve the following calculations: a.Convert 500 um to millimeter; b) Convert 900 Watts to BTU/h; c) convert 3 mN.s/m2 to cp; d) convert 3 ep to Pa.s; e) With the datas of density real=2100 Kg/m" and density bulk =1900 Kg/m' for calcite, calculate the porosity. 2. Calculate the under flow (U) and over flow (O), expressed in ton/h, in the following hydrocyclone: O 20% solids Feed 10 ton/h 25% solids

1.Resolve the following calculations: a.Convert 500 um to millimeter; b) Convert 900 Watts to BTU/h; c) convert 3 mN.s/m2 to cp; d) convert 3 ep to Pa.s; e) With the datas of density real=2100 Kg/m" and density bulk =1900 Kg/m' for calcite, calculate the porosity. 2. Calculate the under flow (U) and over flow (O), expressed in ton/h, in the following hydrocyclone: O 20% solids Feed 10 ton/h 25% solids

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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1.Resolve the following calculations: a.Convert 500 um to millimeter; b) Convert 900 Watts to BTU/h; c) convert 3 mN.s/m? to cp; d) convert 3 cp to Pa.s; e) With the datas of density real=2100 Kg/m' and density bulk =1900 Kg/m' for calcite, calculate the porosity. 2. Calculate the under flow (U) and over flow (O), expressed in ton/h, in the following hydrocyclone: O 20% solids Feed 10 ton/h 25% solids U 50% solids
Transcribed Image Text:1.Resolve the following calculations: a.Convert 500 um to millimeter; b) Convert 900 Watts to BTU/h; c) convert 3 mN.s/m? to cp; d) convert 3 cp to Pa.s; e) With the datas of density real=2100 Kg/m' and density bulk =1900 Kg/m' for calcite, calculate the porosity. 2. Calculate the under flow (U) and over flow (O), expressed in ton/h, in the following hydrocyclone: O 20% solids Feed 10 ton/h 25% solids U 50% solids
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