Mathematical Analysis

Limit of a Function

The limit of a function, computing limits.

Sequence. Boundedness and monotonicity of a sequence. Limit of a sequence.

Differentiability of a Function, Its Differential, and Derivative.

The derivative of a function. Calculating first-order derivatives.

The differential of a function. First-order differentials.

The geometric interpretation of the derivative.

Approximate calculations using differentials

The derivative of an inverse function.

Higher Order Derivatives and Differentials. Taylor's Formula.

Calculation of higher-order derivatives.

Calculation of higher-order differentials.

Taylor's Formula.

Function analysis using derivatives.

L'Hôpital's Rule.

Graphs of functions and curves can be represented in Cartesian or polar coordinate systems.

The indefinite integral

Antiderivative and indefinite integral

Integration using variable substitution

Integration by parts method.

Integration of rational functions.

Integration of irrational functions

Integration of trigonometric functions.

Definite integral and its applications

Geometrical Application of Definite Integral and Application of Riemann Integral in Mechanics and Physics.

Evaluation of definite integrals.

Numerical series

Numerical series.

Metric space ℝ^n. Multivariable calculus.

Differentiation of complex and implicitly defined functions.

Tangent plane and normal to an explicitly defined surface.

Higher-order derivatives and differentials.

Substitution of variables in differential expressions.

Multiple and iterated limits of functions of several variables.

Partial derivatives, differential, directional derivative, gradient.

Extrema of multivariable functions

Investigation of functions for local extrema.

Investigation of functions for constrained extrema.

Double integrals

Computing double integrals

Calculation of areas and volumes using double integrals