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Cheat sheet

FE Exam Cheat Sheet

Quant + Professional

36-55%of exam

Mechanics + Materials

30-46%of exam

StaticsDynamicsStrengthMaterialsFBD Picker

Fluids + Thermal + Electrical

25-37%of exam

Quick Facts

Exam
FE
Owner
NCEES
Format
CBT
Questions
110
Exam time
5 hr 20 min
Appointment
5 hr 55 min
Break
25 min
Fee
$225
Reference
Onscreen handbook
Units
SI + USCS

Exam Clock

Two halves, one clock, break after submit.

NDATutorialExamBreak

Scheduled vs Unscheduled Break

Scheduled

  • After first half
  • Clock paused

Unscheduled

  • Any time
  • Clock runs

Break type changes clock

Pacing Picker

  1. Instant pathSolve now(Bank time)
  2. Formula knownSearch handbook(One lookup)
  3. Units messyConvert first(Avoid traps)
  4. Concept unclearFlag(Return later)
  5. After halfReview before submit(Locks section)
  6. Clock tightEducated guess(No blanks)

Exam Day

ID
Physical photo ID
Arrival
30 min early
NDA
2 min accept
Tutorial
8 min orientation
First half
Submit then locked
Break
After half submitted
Scratch
Reusable booklet
Calculator
Approved model only

Cash Flow

Draw cash flow before factor tables.

PWAWFWIRR

Search vs Memory

Search

  • Formula location
  • Table values

Memory

  • Method choice
  • Sign convention

Handbook gives formulas

Handbook

Reference
Searchable onscreen PDF
Screen
Question + handbook
Search
Left search box
Ctrl+F
Not available
Zoom
Usually 100%
Constants
Front sections
Formulas
Know section names
Examples
Not provided

PW vs AW

PW

  • Single present value
  • Compare now

AW

  • Uniform annual value
  • Compare yearly

Match cash-flow basis

Math + Stats

Derivative
Rate/slope
Integral
Area/accumulation
ODE
Function plus derivatives
Matrix det
Area/volume scale
Eigenvalue
Special scale factor
Mean
Center
Std dev
Spread
Expected value
Weighted average

Economics

PW
Today value
FW
Future value
AW
Annual equivalent
IRR
Rate giving zero
B/C
Benefits over costs
Sunk cost
Ignore in choice
Breakeven
Cost equals revenue
Depreciation
Cost allocation

Ethics + Safety

Public
First duty
Competence
Practice within expertise
Conflict
Disclose early
Confidentiality
Protect client info
SDS
Hazard details
PEL
Legal exposure limit
TWA
Time-weighted exposure
PPE
Last defense

Mechanics Order

FBD, equations, units, answer.

FBDEquilibriumSolveCheck

Statics vs Dynamics

Statics

  • Acceleration zero
  • Equilibrium equations

Dynamics

  • Acceleration nonzero
  • Newton/energy/momentum

Acceleration decides model

FBD Picker

  1. Body at restStatics(Equilibrium)
  2. Acceleration presentDynamics(F = ma)
  3. Force at distanceMoment(Use arm)
  4. Member stretchedAxial stress(F/A)
  5. Shaft twistedTorsion(T r/J)
  6. Beam loadedShear/moment(Diagram first)

Statics + Dynamics

FBD
Draw first
Equilibrium
Sum forces zero
Moment
Force times arm
Centroid
Area balance point
Friction
Mu times normal
Kinematics
Motion geometry
Kinetics
Forces cause motion
Impulse
Momentum change

Stress vs Strain

Stress

  • Load intensity
  • Force per area

Strain

  • Deformation ratio
  • Length per length

Stress causes strain

Strength + Materials

Normal stress
Axial force/area
Shear stress
Shear force/area
Strain
Deformation/length
Hooke
Stress equals E strain
Torsion
Torque causes shear
Bending
Moment causes stress
Mohr
Stress transformation
Buckling
Compression instability

Materials

Yield
Permanent deformation starts
Ultimate
Peak stress
Toughness
Energy to fracture
Hardness
Indentation resistance
Ductility
Plastic stretch
Creep
Time deformation
Fatigue
Cyclic failure
Phase diagram
Phase versus condition

Fluid Energy

Pressure, velocity, elevation trade head.

PressureVelocityElevationLosses

Laminar vs Turbulent

Laminar

  • Low Reynolds
  • Viscous dominated

Turbulent

  • High Reynolds
  • Inertia dominated

Use Reynolds number

Flow Picker

  1. Closed conduitPipe flow(Head loss)
  2. Free surfaceOpen channel(Manning)
  3. Pressure heightHydrostatics(rho g h)
  4. Velocity changeBernoulli(Energy)
  5. Need regimeReynolds(Laminar/turbulent)
  6. Machine adds energyPump(Add head)

Fluids

Density
Mass/volume
Viscosity
Flow resistance
Reynolds
Inertia/viscous
Bernoulli
Energy along streamline
Head loss
Friction energy loss
Manometer
Pressure from height
Pump
Adds head
Turbine
Extracts head

Electrical Laws

KCL counts current, KVL counts voltage.

NodeLoopCurrentVoltage

Heat vs Work

Heat

  • Temperature transfer
  • Path function

Work

  • Force displacement
  • Path function

Both cross boundary

Thermal Picker

  1. Wall conductionFourier(kA dT/L)
  2. Surface-fluidConvection(hA dT)
  3. Hot surfaceRadiation(T fourth)
  4. Power cycleEfficiency(W out/Q in)
  5. RefrigeratorCOP(Q cold/W)
  6. Two-phase stateQuality(x fraction)

Thermal

Enthalpy
Flow energy property
Entropy
Irreversibility marker
Quality
Vapor mass fraction
Conduction
Solid heat flow
Convection
Fluid heat transfer
Radiation
Thermal emission
COP
Cooling per work
Efficiency
Work over heat

KCL vs KVL

KCL

  • Node currents
  • Charge conservation

KVL

  • Loop voltages
  • Energy conservation

Node versus loop

Electrical

Ohm
Voltage equals IR
KCL
Currents sum zero
KVL
Voltages sum zero
Power
Voltage times current
Impedance
AC opposition
Reactance
Frequency opposition
Power factor
Real/apparent power
Three-phase
Balanced power system

Common Traps

Appointment vs Exam Time

5 hr 55 min appointment 5 hr 20 min exam

First Half Locked

Review before submit No return after break

Digital ID Rejected

Physical ID required Student ID rejected

Ctrl+F Trap

Use handbook search box Ctrl+F unavailable

Unit System Trap

SI and USCS appear Convert before formula

Calculator Cover

Calculator allowed Cover stored outside

Ethics Priority

Public safety first Employer loyalty second

No Partial Credit

All-or-nothing scoring Pretest items hidden

Last Minute

  1. 1.Physical ID name matches
  2. 2.Approved calculator, no cover
  3. 3.Arrive 30 min early
  4. 4.Accept NDA within 2 min
  5. 5.Use handbook search box
  6. 6.Submit half only after review
  7. 7.Scheduled break after submit
  8. 8.Unscheduled breaks burn time
  9. 9.Convert SI/USCS before solving
  10. 10.Draw FBD before equations
  11. 11.Public safety outranks employer
  12. 12.Never leave blanks
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