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The Prepineer Course Details

In this comprehensive course developed in line with the most current NCEES specifications, you'll learn everything you need to know in order to pass the FE Exam now.

Mathematics - 128 Exercises

SECTION 1: College Algebra
SECTION 2: Analytical Geometry
SECTION 3: Calculus
SECTION 4: Differentital Equations
SECTION 5: Linear Algebra

Probability and Statistics - 32 Exercises

SECTION 1: Properties of Pure Substances
SECTION 2: Measures of Dispersion
SECTION 3: Counting Principle
SECTION 4: Combinations & Permutations
SECTION 5: Laws of Probability
SECTION 6: Types of Distributions
SECTION 7: Linear Regression

Chemistry - 12 Exercises

SECTION 1: Units of Measurement
SECTION 2: Atomic Structure
SECTION 3: Chemical Equations
SECTION 4: Solutions
SECTION 5: Acids & Bases

Instrumentation and Data Acquisition - 14 Exercises

SECTION 1: Data Acquisition
SECTION 2: Data Processing
SECTION 3: Spreadsheets

Ethics and Professional Practice - 4 Exercises

SECTION 1: Codes of Ethics
SECTION 2: Professional Practice

Safety, Health, and Environment - 9 Exercises

SECTION 1: Safety and Hazard Identification
SECTION 2: Industrial Hygiene
SECTION 3: Risk Assessment
SECTION 4: Noise Pollution

Engineering Economics - 54 Exercises

SECTION 1: Time value of money
SECTION 2: Costs
SECTION 3: Economic Analysis
SECTION 4: Depreciation
SECTION 5: Project Selection

Statics - 107 Exercises

SECTION 1: Vector Mechanics
SECTION 2: Force Systems
SECTION 3: Centroids
SECTION 4: Static Equilibrium
SECTION 5: Moment of Inertia
SECTION 6: Friction
SECTION 7: Trusses

Dynamics - 76 Exercises

SECTION 1: Particle Kinematics
SECTION 2: Particle Kinetics
SECTION 3: Kinetic Friction

Strength of Materials - 39 Exercises

SECTION 1: Uniaxial Stress-Strain
SECTION 2: Thermal Deformation
SECTION 3: Cylindrical Pressure Vessels
SECTION 4: Stress & Strain
SECTION 5: Torsion
SECTION 6: Beams
SECTION 7: Columns
SECTION 8: Elastic Strain Energy

Material Science - 23 Exercises

SECTION 1: Atomic Structure
SECTION 2: Classifications of Matter
SECTION 3: Corrosion
SECTION 4: Diffusion
SECTION 5: Thermal and Mechanical Processing
SECTION 6: Electrical Properties
SECTION 7: Mechanical and Thermal Properties

Fluid Mechanics and Dynamics - 20 Exercises

SECTION 1: Fluid Properties
SECTION 2: Manometers
SECTION 3: Submerged Surfaces
SECTION 4: Buoyancy
SECTION 5: Continuity Equation
SECTION 6: Energy Equation
SECTION 7: Consequences of Fluid Flow
SECTION 8: Impulse-Momentum

Electricity, Power, and Magnetism - 51 Exercises

SECTION 1: Equivalent Circuits
SECTION 2: Kirchoff's Current and Voltage Laws
SECTION 3: Thevenin and Norton Circuits
SECTION 4: Capacitance
SECTION 5: Inductance

Heat, Mass, and Energy Transfer - 14 Exercises

SECTION 1: Properties of Pure Substances
SECTION 2: Ideal Gas Law
SECTION 3: Thermodynamic Tables
SECTION 4: Rankine Cycle

When we are to use the Chain Rule on a particular function, the right side will again illustrate how we would go about carrying it out, in this instance:

\(\{d[f(u)]/du\}~du/dx\)