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MSTE
| Term | Definition |
|---|---|
| 1.01 Set Theory | |
| 1.02 Principle of Inclusion and Exclusion | |
| 1.03 Worded Problems | |
| 1.04 Sequences and Series | |
| 2.01 Angle Measurements | |
| 2.02 Trigonometric Functions | |
| 2.03 Trigonometric Identities | |
| 2.04 Wave Characteristics | |
| 2.05 Applications of Plane Trigonometry | |
| 2.06 Miscellaneous Problems | |
| 2.07 Spherical Trigonometry | |
| 3.01 General Polygons | |
| 3.02 Triangles | |
| 3.03 Quadrilaterals | |
| 3.04 Circles | |
| 3.05 Similar Solids | |
| 3.06 Regular Polyhedrons | |
| 3.07 Solids with Constant Cross-section | |
| 3.08 Solids with Similar Cross-section | |
| 4.01 Distance between two points and Division of Line Segment | |
| 4.02 Area of Polygon using Coordinate Method | |
| 4.03 Equation of a Line | |
| 4.04 Distance from a Point to a Line and Between Two Lines | |
| 4.05 Locus of Points | |
| 4.06 Conic Section: Circle | |
| 4.07 Conic Section: Parabola | |
| 4.08 Conic Section: Ellipse | |
| 4.09 Conic Section: Hyperbola | |
| 4.1 Polar Coordinates | |
| 5.01 Limits of Functions | |
| 5.02 Asymptotes | |
| 5.03 Basic Differentiation | |
| 5.04 Derivatives of Functions for a Specific Value | |
| 5.05 Implicit Differentiation | |
| 5.06 Higher Derivatives | |
| 5.07 Basic Applications (Motion, Slope of a Curve, Equations of Tangents and Normal Lines to the Curve) | |
| 5.08 Maxima-Minima | |
| 5.09 Time-Related Rates | |
| 5.1 Parametric Equations | |
| 5.11 Curvature (Radius of Curvature, Center of Curvature) | |
| 5.12 Curvilinear Motion | |
| 5.13 Partial Derivatives (With Applications) | |
| 6.01 Indefinite Integrals | |
| 6.02 Definite Integrals | |
| 6.03 Plane Areas Bounded by Curves | |
| 6.04 Volumes of Solids of Revolution | |
| 6.05 Length of Curves | |
| 6.06 Surface Areas of Curves | |
| 6.07 Centroids | |
| 6.08 Moment of Inertia | |
| 6.09 Work Problems | |
| 7.01 Solution of First Order Differential Equation | |
| 7.02 Solution of Higher Order Differential Equation | |
| 7.03 Application of Differential Equation | |
| 8.01 Operation and Application of Vectors | |
| 8.02 Components of Vector | |
| 8.03 Analytic Geometry in Three Dimension | |
| 8.04 Vector Calculus | |
| 9.01 Rectilinear and Curvilinear Motion | |
| 9.02 Rotational Motion | |
| 9.03 Erratic Motion | |
| 9.04 Force and Acceleration | |
| 9.05 Work and Energy | |
| 9.06 Impulse and Momentum | |
| 9.07 Impact and Collision | |
| 10.01 Statistics of Ungrouped Data | |
| 10.02 Basic Principles of Counting | |
| 10.03 Basic Principlies of Probability | |
| 10.04 Conditional Probability | |
| 10.05 Binomial Distribution | |
| 10.06 Geometric Distribution | |
| 10.07 Negative Binomial Distribution | |
| 10.08 Multinomial Distribution | |
| 10.09 Hypergeometric Distribution | |
| 11.01 Poisson Distribution | |
| 11.02 Continuous Probability Distribution | |
| 11.03 Joint Probability | |
| 11.04 Sampling Distributions | |
| 12.01 Simple Interest | |
| 12.02 Compound Interest and the Cash Flow Diagram | |
| 12.03 Annuities | |
| 12.04 Gradients | |
| 12.05 Effective Rate of Interest and Continuous Compound Interest | |
| 12.06 Perpetuity | |
| 12.07 Capitalized Cost and Annual Cost | |
| 12.08 Depreciation using Straight-Line Method | |
| 12.09 Depreciation using Sum of the Years Digits Method | |
| 12.1 Depreciation using Declining Balance Method | |
| 12.11 Depreciation using Double Declining Balance Method | |
| 12.12 Depreciation using Sinking-fund Method | |
| 12.13 Inflation | |
| 12.14 Break-even Analysis | |
| 13.01 Tape Corrections | |
| 13.02 Probable Errors | |
| 13.03 Weighted Measurements | |
| 13.04 Differential Leveling | |
| 13.05 Bubble Sensitivity | |
| 13.06 Effect of Earth’s Curvature and Refraction | |
| 13.07 Compass Surveying | |
| 13.08 Traverse Surveying: Error of Closure | |
| 13.09 Traverse Surveying: Balancing Data | |
| 13.1 Traverse Surveying: Area Calculations | |
| 13.11 Tacheometry | |
| 14.01 Simple Curves | |
| 14.02 Compound Curves | |
| 14.03 Reverse Curves | |
| 14.04 Transition Curves | |
| 14.05 Symmetrical Parabolic Vertical Curves | |
| 14.06 Unsymmetrical Parabolic Vertical Curves | |
| 15.01 Fundamentals of Traffic Flow (Time Mean Speed and Space Mean Speed) | |
| 15.02 Speed, Density and Flow Relationship | |
| 15.03 Jam Density and Free Flow Speed | |
| 15.04 Queueing Theory: D/D/1, M/D/1 and M/M/1 | |
| 15.05 Service Rates and Demand on Highways | |
| 15.06 Peak Hour Factor |