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Answer Group (A) Group (B) 1. Solubility Hand hydrometer. 2. Preservation process by salt A surface phenomenon for solids. 3. Reynolds number more than 10000 unit. Transfer of heat in the absence of any bulk fluid motion. Tubulent flow rate. 4. Falling film evaporators 5. Foaming and frothing Laminar flow rate. 6. Reynolds number lesse than 2100 unit. Using for the handling of foaming, frothy liquors. Transfer of heat by mass motion of a fluid. Using for concentrating highly heat-sensitive materials which require short residence times. Reduce the water activity, thus controlling microbial growth by a method independent of its toxic effects. Due to its effect in PH and its specific toxicity. 7. The density of a liquid 8. A surface phenomenon for solids. 9. Rising film evaporators 10. Convection heat transfer 11. Radiation heat transfer 12. Preservation process by acid 13. Pure conduction

Answer Group (A) Group (B) 1. Solubility Hand hydrometer. 2. Preservation process by salt A surface phenomenon for solids. 3. Reynolds number more than 10000 unit. Transfer of heat in the absence of any bulk fluid motion. Tubulent flow rate. 4. Falling film evaporators 5. Foaming and frothing Laminar flow rate. 6. Reynolds number lesse than 2100 unit. Using for the handling of foaming, frothy liquors. Transfer of heat by mass motion of a fluid. Using for concentrating highly heat-sensitive materials which require short residence times. Reduce the water activity, thus controlling microbial growth by a method independent of its toxic effects. Due to its effect in PH and its specific toxicity. 7. The density of a liquid 8. A surface phenomenon for solids. 9. Rising film evaporators 10. Convection heat transfer 11. Radiation heat transfer 12. Preservation process by acid 13. Pure conduction

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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Plc match group A with group b 

Answer Group (A) Group (B) 1. Solubility Hand hydrometer. 2. Preservation process by salt A surface phenomenon for solids. Transfer of heat in the absence of any bulk fluid 3. Reynolds number more than 10000 unit. motion. 4. Falling film evaporators Tubulent flow rate. 5. Foaming and frothing Laminar flow rate. Using for the handling of foaming, frothy liquors. 6. Reynolds number lesse than 2100 unit. Transfer of heat by mass motion of a fluid. 7. The density of a liquid 8. A surface phenomenon for solids. 9. Rising film evaporators Using for concentrating highly heat-sensitive materials which require short residence times. Reduce the water activity, thus controlling microbial growth by a method independent of its toxic effects. Due to its effect in PH and its specific toxicity. 10. Convection heat transfer 11. Radiation heat transfer 12. Preservation process by acıd 13. Pure conduction
Transcribed Image Text:Answer Group (A) Group (B) 1. Solubility Hand hydrometer. 2. Preservation process by salt A surface phenomenon for solids. Transfer of heat in the absence of any bulk fluid 3. Reynolds number more than 10000 unit. motion. 4. Falling film evaporators Tubulent flow rate. 5. Foaming and frothing Laminar flow rate. Using for the handling of foaming, frothy liquors. 6. Reynolds number lesse than 2100 unit. Transfer of heat by mass motion of a fluid. 7. The density of a liquid 8. A surface phenomenon for solids. 9. Rising film evaporators Using for concentrating highly heat-sensitive materials which require short residence times. Reduce the water activity, thus controlling microbial growth by a method independent of its toxic effects. Due to its effect in PH and its specific toxicity. 10. Convection heat transfer 11. Radiation heat transfer 12. Preservation process by acıd 13. Pure conduction
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