The reference manual contains theoretical information and formulas, that are necessary for successfully passing the entrance control in the discipline "Differential Equations", as well as for its further successful study. It is intended for students of all forms of study (full-time, evening and part-time) in the preparation of bachelors in the specialty "Applied informatics” and graduates.

• TABLE OF CONTENTS
• LIST OF THOSE YOU NEED TO KNOW FOR SUCCESSFULDEVELOPMENT OF THE COURSE "DIFFERENTIALEQUATIONS "
• A BRIEF REFERENCE ON THE LIST OF THOSE THAT YOU NEED TOKNOW FOR SUCCESSFUL COURSE DEVELOPMENT "DIFFERENTIALEQUATIONS"
  • Basic methods for solving equations
  • Definitions and properties of degrees and logarithms
  • Differentiation of functions of one variable
  • Definition of the derivative, geometric meaning
  • Derivatives table
  • Differentiation rules
  • Tangent equation
  • Integration
  • Integral table
  • Various ways of integration
  • Matrices and determinants
  • Basic definitions
  • Calculation of determinants of different orders
  • Systems of linear algebraic equations
  • Solving System of Equations Using Matrices
  • Applications of System of Equations
  • Functions of one and several variables
• ADDITIONAL USEFUL INFORMATION FORSUCCESSFUL DEVELOPMENT OF THE COURSE "DIFFERENTIALEQUATIONS "
  • Complex numbers
  • Algebraic form of a complex number
  • Trigonometric form of a complex number
  • Solving equations in a set of complex numbers
  • Geometric shape of a complex number
  • The exponential form of a complex number
  • Determinants and matrices. Solving systems of linear equations
  • Determinant, properties of determinants, calculation of determinants
  • Limits
  • Asymptotes of functions
  • Differentiation
  • Derivatives complex functions. Logarithmic differentiation.