Vukota Boljanovic

Applied Mathematical and Physical Formulas


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       12. Distance from a Line to a Point

       13. Circles

       14. Ellipses

       15. Parabolas

       16. Hyperbolas

       17. Polar Coordinates

       18. Cartesian Coordinates

       19. Distance between Two Points

       20. Angle between Two Lines

       21. Planes

       22. Line Perpendicular to a Plane

       23. Parallel and Perpendicular Planes

       24. Distance of a Point from a Plane

       25. Normal Form

       26. Intercept Form

       27. Angle Between Two Planes

       28. Straight Line in Space

       29. Parametric Form Equations of a Line

       30. Symmetric Form Equations of a Line

       31. Two-Point Form Equations of a Line

       32. Relative Directions of a Line and Plane

       33. Sphere

       34. Ellipsoid

       35. Hyperboloid

       36. Elliptic Paraboloid

       37. Hyperbolic Paraboloid

       MATHEMATICS OF FINANCE

       1. Simple Interest

       2. Compound Interest

       3. Annuities

       4. Amortization of Loans

       5. Sinking Fund Payment

       CALCULUS

       1. Limits

       2. Rules for Limits

       3. Slope of Tangent Line

       4. Definition of the Derivative

       5. Basic Derivatives

       6. Increasing and Decreasing Functions

       7. Maximum and Minimum of a Function

       8. Solving Applied Problems

       9. Integration

       10. Basic Integration Rules

       11. Integration by Substitution

       12. Basic Integrals

       13. Arc Length

       14. Finding an Area and a Volume

       15. Finding the Area between Two Curves

       STATISTICS

       1. Definition of Set and Notation

       2. Terms and Symbols

       3. Venn Diagrams

       4. Operations on Sets

       5. De Morgan’s Laws

       6. Counting the Elements in a Set

       7. Permutations

       8. Combinations

       9. Probability Terminology

       10. Basic Probability Principles

       11. Random Variable

       12. Mean Value

or Expected Value μ

       13. Variance

       14. Standard Deviation

       15. Normal Distribution

       16. Binomial Distribution

       17. Poisson Distribution

       18. Exponential Distribution

       19. General Reliability Definitions

       20. Exponential Distribution Used as Reliability Function

       MATHEMATICAL FUNDAMENTALS OF COMPUTER SCIENCE

       1. Binary Data Representation

       2. Number Systems

       3. Decimal Number System

       4. Binary Number System

       5. Decimal to Binary Number Conversion

       6. Counting in Binary

       7. Octal Number System

       8. Decimal to Octal Number Conversion

       9. Binary to Octal Number Conversion and Its Converse

       10. Counting in Octal

       11. Hexadecimal Number System

       12. Binary to Hexadecimal Number Conversion and Its Converse

       13. Counting in Hexadecimal

       14. Comparison of Number Systems

       15. Binary Logic

       16. Binary Arithmetic

       17. Representation of Signed Numbers in Computers

       18. Range of Numbers Written with n Digits

       19. Representation of Real Numbers

       20. Representation of Character Data Types

       21. Information in Binary Form

       PART III PHYSICS

       MECHANICS

       1. Scalars and Vectors

       2. Distance and Displacement

       3. Acceleration

       4. Speed and Velocity

       5. Frequency

       6. Period

       7. Angular Displacement

       8. Angular Velocity

       9. Angular Acceleration

       10. Rotational Speed

       11. Uniform Linear Motion

       12. Uniform Accelerated Linear Motion

       13. Rotational Motion

       14. Uniform Rotation about a Fixed Axis

       15. Uniform Accelerated Rotation about a Fixed Axis

       16. Simple Harmonic Motion

       17. Pendulum

       18. Free Fall

       19. Vertical Projection

       20. Angled Projection

       21. Horizontal Projection

       22. Sliding Motion on an Inclined Plane