Printable FE Chemical Lookup Map
FE Chemical Handbook 10.6 Page Guide
Chemical questions often hide a unit conversion inside an otherwise routine balance, so the pages you reach for most are property tables and correlations rather than derivations. The topic map below points at the pages that carry the working relations.
FE Chemical leans on material and energy balances plus the transport trio — thermodynamics, fluids, and heat transfer — so you bounce between Chemical Engineering (pp. 249-270) and the thermal-sciences block (pp. 149-230). The trap is hunting for a transport relation inside Chemical Engineering when it actually lives in Fluid Mechanics or Heat Transfer. Decide balance-versus-transport first, then pick the lane.
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On this page: topic weights, high-value handbook page ranges, search cues, pages worth memorizing, and a first-week lookup drill.
Topic Weight, Page Starts, and Quick Searches
Use this as one map: start with the official topic weight, jump to the broad handbook lane, then try the common PDF starts and quick-search terms. These are study shortcuts, not official NCEES weightings or guaranteed formula matches.
| NCEES FE Chemical Topic | Questions | Handbook 10.6 Pages to Start With | Common PDF Starts | Handbook Quick Search Terms | ROI |
|---|---|---|---|---|---|
| Mathematics | 6-9 | Mathematics pp. 42-69 | PDF pp. 44, 53, 55 | Calculus, Linear Algebra, Complex Numbers, Integral | Shared |
| Probability and Statistics | 4-6 | Probability and Statistics pp. 70-91 | PDF pp. 72, 73, 82 | Normal Distribution, Probability, Descriptive Statistics, Standard Deviation | Shared |
| Engineering Sciences | 4-6 | Statics/Dynamics pp. 101-122; Electrical and Computer Engineering pp. 367-427 | PDF pp. 68, 69, 70 | Computational Tools, Numerical Methods, and Power, Curve Fitting | Medium |
| Materials Science | 4-6 | Materials pp. 123-135; Mechanics of Materials pp. 136-148 | PDF pp. 123, 128, 133 | Engineering Sciences, Corrosion, Phase Diagrams, Crystal Structures | Medium |
| Chemistry and Biology | 7-11 | Chemistry and Biology pp. 92-100; Chemical Engineering pp. 249-270 for applied equilibrium | PDF pp. 92, 96, 99 | Chemistry, Engineering Sciences, Stoichiometry, Chemical Kinetics | High |
| Fluid Mechanics/Dynamics | 8-12 | Fluid Mechanics pp. 187-214; Chemical Engineering pp. 249-270 | PDF pp. 191, 192, 195 | Pipe Flow, Pipe Flow (Darcy-Weisbach), Bernoulli, Head) | High |
| Thermodynamics | 8-12 | Thermodynamics pp. 149-186; Chemical Engineering pp. 249-270 | PDF pp. 149, 152, 161 | CONV, Unit Conversion, Phase Equilibria, Gibbs Free Energy | High |
| Material/Energy Balances | 10-15 | Chemical Engineering pp. 249-270; Thermodynamics pp. 149-186 for property data | PDF pp. 249, 256, 257 | Material and Energy Balances, Material Balances, Energy Balances, Mass Balance (Steady-State) | High |
| Heat Transfer | 8-12 | Heat Transfer pp. 215-230; Chemical Engineering pp. 249-270 | PDF pp. 215, 216, 226 | Heat Exchangers, Conduction, Diagram, Heat Exchanger | High |
| Mass Transfer and Separation | 8-12 | Chemical Engineering pp. 249-270 | PDF pp. 255, 256, 259 | Mass Transfer, Distillation, Absorption and Stripping, Absorption Packed Columns | High |
| Solids Handling | 3-5 | Chemical Engineering pp. 249-270; Materials pp. 123-135 when properties matter | PDF pp. 262, 265, 266 | Mass Transfer and Separation, Crushing and Grinding, Cyclone Separators, Filtration | Medium |
| Chemical Reaction Engineering | 7-11 | Chemical Engineering pp. 249-270 | PDF pp. 249, 252, 253 | Conversion, Cstr Design, Pfr Design, Reaction Engineering | High |
| Economics | 4-6 | Engineering Economics pp. 241-248; Chemical Engineering pp. 249-270 for process cost terms | PDF pp. 241, 242, 243 | Time Value of Money, Depreciation, NPV, Net Present Value | Shared |
| Process Design | 7-11 | Chemical Engineering pp. 249-270; Safety pp. 21-41; Economics pp. 241-248 | PDF pp. 249, 269, 270 | Equipment Sizing, Process Design and Economics, Diagram, Heat Exchanger | High |
| Process Control | 4-6 | Instrumentation, Measurement, and Control pp. 231-240; Chemical Engineering pp. 249-270 | PDF pp. 64, 238, 239 | PID Controller, First and Second Order Response, Frequency Response, Bode Plots | Medium |
| Safety, Health, and Environment | 5-8 | Safety pp. 21-41; Environmental Engineering pp. 324-366; Chemical Engineering pp. 249-270 | PDF pp. 26, 27, 28 | Hazop, Process Safety, Flammability, Toxicology | Medium |
| Ethics and Professional Practice | 3-5 | Ethics and Professional Practice pp. 10-20 | PDF pp. 10, 11, 20 | Ethics, Public Safety, Intellectual Property, Conflicts of Interest | Shared |
Pages Worth Memorizing by Location
- Chemical Engineering pp. 249-270: balances, reaction engineering, separations, process design, and many chemical-specific relations.
- Thermodynamics pp. 149-186: property tables, equations of state, cycles, mixtures, and energy relations that support balance problems.
- Fluid Mechanics pp. 187-214 and Heat Transfer pp. 215-230: pair transport problems with the right chart, correlation, or exchanger relation before calculating.
- Chemistry and Biology pp. 92-100 plus Safety pp. 21-41: compact sections that can produce fast points if you know where they live.
Sections People Waste Time On
- Searching broad terms like "balance" or "reaction" before naming the basis, reactor type, or separation operation.
- Jumping into steam tables or VLE equations before writing knowns, units, and phase assumptions.
- Looking only in the Chemical Engineering section for fluids or heat-transfer formulas that live earlier in the handbook.
- Practicing formulas without practicing process recognition: PFD, reactor, separator, exchanger, recycle, and control-loop setups.
First-Week Lookup Drill
- Time yourself finding the steam and thermodynamic property tables. Chemical problems reach for them constantly.
- Locate the mass-transfer correlations twice: once from Mass Transfer, once by searching a specific term such as “diffusivity”. Use whichever lands first.
- Find the reaction-engineering rate expressions. They sit apart from the general chemistry pages and are slow to reach by browsing.
- Search with short terms from this guide, such as "Engineering Sciences", "Material and Energy Balances", "Chemistry", "Calculus", "Mass Transfer", "Material Balances". Search the quantity rather than the topic; “enthalpy” lands faster than “thermodynamics”.
- For a balance problem, write the system boundary and units before opening the handbook. Most Chemical errors are conversion slips, and the handbook will not catch them.
How FE Test Prep Uses This Workflow
Our FE Chemical practice problems label the problem type, include quick formula references, and carry the units through every calculator step. Chemical rewards unit discipline. Most points lost on this exam are conversion slips inside correct methods, and the handbook will not catch those for you.
Turn Lookup Practice Into Questions
Start with 20 free FE Chemical questions or open the full app for topic drills, exam simulations, calculator walkthroughs, and analytics.
Sources: NCEES FE Chemical CBT Exam Specifications effective beginning July 2020, NCEES exam reference handbook guidance, and FE Test Prep's independent FE Handbook 10.6 navigation review updated 2026-05-23. This is an independent FE Test Prep study guide, not NCEES material. Use the official NCEES handbook assigned to your exam date during preparation and on exam day. If a page range looks off while you practice, use the app's Report Issue button or the Contact/Errata links below.