Fundamentals of Engineering
Afternoon Exam for Chemical Engineering
Two Complete Practice Examinations with Detailed Solutions in Theodore Tutorial Format

Annalisa Leone, Dr. Joseph Reynolds and Dr. Louis Theodore
Department of Chemical Engineering
Manhattan College, Bronx NY

Published by ETS Professional Training Institute
1998 Louis Theodore.


Table of Contents

Chemical Reaction Engineering (REAC)
REAC 1A: Reaction Rate Equation
REAC 1B: Reaction Mechanisms
REAC 2A: Conversion Variables
REAC 2B: Volume Correction Factor
REAC 3A: Arrhenius Equation
REAC 3B: Arrhenius Equation Coefficients
REAC 4A: Batch Reactors
REAC 4B: Liquid Phase Reaction
REAC 5A: Continuous Stirred Tank Reactors (CSTRs)
REAC 5B: Gas Phase Reactions
REAC 6A: Tubular Flow Reactors
REAC 6B: Carbon Tetrachloride Conversion Mechanisms

Chemical Thermodynamics (THRM)
THRM 1A: Mass Flow Rate and Standard Volumetric Flow Rate
THRM 1B: Density and Concentration Calculations
THRM 2A: Critical and Reduced Properties
THRM 2B: Virial Equation of State
THRM 3A: Entropy Changes
THRM 3B: Gibb's Phase Rule
THRM 4A: Henry's Law
THRM 4B: Bubble and Dew Point Pressure
THRM 5A: Effect of Temperature on Heat Capacity
THRM 5B: Chemical Reaction Equilibrium
THRM 6A: Chemical Reaction Equilibrium Constant
THRM 6B: Effect of Temperature on the Chemical Reaction Equilibrium Constant

Computer and Numerical Methods (COMP)
COMP 1A: Programming
COMP 1B: Integration
COMP 2A: Differentiation
COMP 2B: Newton-Raphson
COMP 3A: Runge-Kutta
COMP 3B: Linear Regression Analysis

Heat Transfer (HEAT)
HEAT 1A: Conservation Law for Energy
HEAT 1B: Mechanisms of Heat Transfer
HEAT 2A: Thermal Conductivity
HEAT 2B: Convective Heat Transfer
HEAT 3A: Thermal Insulation
HEAT 3B: Overall Heat Transfer Coefficient
HEAT 4A: Log Mean Temperature Difference (LMTD)
HEAT 4B: Radiation Heat Transfer Coefficient
HEAT 5A: Heat Exchanger Definitions
HEAT 5B: Double Pipe Heat Exchanger
HEAT 6A: Shell-and-Tube Heat Exchangers
HEAT 6B: Shell-and-Tube Heat Exchanger Calculations

Mass Transfer (MASS)
MASS 1A: Henry's Law
MASS 1B: Fick's Law
MASS 2A: Spray Tower
MASS 2B: Packed Tower Absorber Design with No Data
MASS 3A: Air Stripping
MASS 3B: Adsorption Working Capacity
MASS 4A: Breakthrough Adsorption Capacity
MASS 4B: Degreaser Ventilation Cleanup
MASS 5A: Batch Distillation
MASS 5B: Fenske-Underwood-Gilliland Method
MASS 6A: Liquid-Liquid Extraction
MASS 6B: Leaching

Material/Energy Balances (STCH)
STCH 1A: Dalton's Law
STCH 1B: Componential Flow Rates
STCH 2A: Material Balance Definitions
STCH 2B: Material Balance Around a Single Unit
STCH 3A: Steady and Unsteady State Systems
STCH 3B: Evaporator Calculations
STCH 4A: Recycle Diagram
STCH 4B: Recycle Calculation
STCH 5A: Balancing Reaction Equations
STCH 5B: Stoichiometry
STCH 6A: Molecular, Atomic and "Extent of Reaction" Balances
STCH 6B: Excess and Limiting Reactant
STCH 7A: Air-Water Systems
STCH 7B: Moist Air Calculations
STCH 8A: Bubble and Dew Point Calculations
STCH 8B: Enthalpy Tables
STCH 9A: The Energy Balance Equations
STCH 9B: Heat of Reaction from Heats of Formation

Pollution Prevention (PREV)
PREV 1A: Pollution Prevention Hierarchy
PREV 1B: Ultimate Disposal Options
PREV 2A: Collection Efficiency or Destruction and Removal Efficiency
PREV 2B: Waste Minimization Assessment Procedure
PREV 3A: Partial Pressures
PREV 3B: Estimating Incinerator Adiabatic Flame Temperature

Process Control (CTRL)
CTRL 1A: Feedback Control System
CTRL 1B: Feedforward Control
CTRL 2A: Block Diagrams
CTRL 2B: Forcing Functions in Process Control
CTRL 3A: Important Parameters in Process Control
CTRL 3B: Routh-Hurwitz Criterion for Stability

Process Design and Economics Evaluation (PDEE)
PDEE 1A: Capital Costs
PDEE 1B: Operating Costs
PDEE 2A: Overall Economics
PDEE 2B: Flow Sheets
PDEE 3A: Shipping by Barge
PDEE 3B: Shipping by Rail
PDEE 4A: Air Emissions
PDEE 4B: Water Pollution Control
PDEE 5A: Solid Waste
PDEE 5B: Heat Exchanger Networks
PDEE 6A: Series and Parallel Systems
PDEE 6B: Optimization of a Bridge's Span Length through Minimum Cost

Process Equipment Design (PEQD)
PEQD 1A: Liquid Handling
PEQD 1B: Solids Handling
PEQD 2A: Gas Handling
PEQD 2B: Heating and Cooling
PEQD 3A: Flow Diagram Basis
PEQD 3B: Flow Diagram Scale-Up

Process Safety (HSAP)
HSAP 1A: Flammability Limits
HSAP 1B: Kinetic Toxicology
HSAP 2A: Fluid Flow
HSAP 2B: Flow Power Requirements
HSAP 3A: Ventilation
HSAP 3B: Ignition Delay Time

Transport Phenomena (TRAN)
TRAN 1A: Newton's Law of Viscosity
TRAN 1B: Equation of Continuity
TRAN 2A: Flow Between Parallel Plates
TRAN 2B: Non-Newtonian Fluids
TRAN 3A: Thermal Conductivity
TRAN 3B: Heat Transfer in Solids
TRAN 4A: Fick's Law of Diffusion
TRAN 4B: Mass Transfer in Solids
TRAN 5A: Two-Dimensional Energy Transfer in Solids
TRAN 5B: Unsteady-State Mass Transfer in Solids
TRAN 6A: Mass Transfer Equation for Incompressible Fluids
TRAN 6B: Turbulent-Flow Systems

Solutions to Examinations A and B

Copyright 1999, ETS Incorporated



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