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Formulation of random data collection situations – Matemáticas 11°
Interpreting the integral as an antiderivative – Matemáticas 11°
Solving for the area of polygons and curved surfaces – Matemáticas 11°
Description of analytic geometry based on historical events – Matemáticas 10°
Building the concept of function – Matematicas 9°
Graphical description of data analysis – Matemáticas 11°
Use of trigonometric identities to rewrite or simplify an expression – Matemáticas 10°
Characterization of polynomial and rational functions – Matemáticas 11°
Using measures of dispersion in data analysis- Matemáticas 11°
Recognizing inverse functions – Matemáticas 10°
Interpretation of the integral as the area below the curve – Matemáticas 11°
Resolution of problems related to the Thales and Pythagorean Theorems – Matemáticas 9°
Applying geometric and number properties to analyze processes that are repeated an infinite number of times – Matemáticas 11°
Applying trigonometric ratios in familiar situations – Matemáticas 10°
Recognizing functions with real variable – Matemáticas 10°
Exponential function identification – Matemáticas 9°
Reliability of results in a statistical analysis – Matemáticas 11°
Representing trigonometric functions of different amplitude – Matemáticas 10°
Interpretation of situations based on the Pythagorean Theorem – Matemáticas 9°
Graph translation of trigonometric functions in the coordinate plane – Matemáticas 10°
Understanding the concept of function – Matemáticas 10°
Description of the Ellipse – Matemáticas 10°
Construction of some irrational numbers – Matemáticas 11°
Parabola description – Matemáticas 10°
Assessment and Reliability of Statistic Analysis – Matematicas 9°
Recognize instantaneous change as the derivative of a function – Matemáticas 11°
Identifying the attributes of measures of dispersion – Matemáticas 10°
Exploring exponents and radicals in real numbers – Matemáticas 9°
Identification of the integration method by substitution – Matemáticas 11°
Constructing geometric shapes generated by iterative processes – Matemáticas 11°
Constructing tools to apply trigonometry in real life – Matemáticas 10°
Characterization of real numbers – Matemáticas 11°
Characterization of the graph of a firstdegree polynomial from its algebraic expression – Matemáticas 9°
Identify linear inequalities in the real numbers set – Matemáticas 11°
Identification of functions in different contexts – Matemáticas 10°
Characterization of functions of a real variable – Matemáticas 11°
Graphic representation of trigonometric functions – Matemáticas 10°
Identifying logarithmic functions in situations with context – Matemáticas 9°
Identifying angles and their measurements – Matemáticas 10°
Using measures of central tendency in data analysis – Matemáticas 11°
Deducting the characteristics of functions through their graphical representation – Matemáticas 11°
Estimation of conditional probabilities – Matemáticas 10°
Resolution of random situations using Laplaces rule of succession – Matemáticas 9°
To calculate probabilities using counting methods – Matemáticas 10°
Identification of the method of integration by parts – Matemáticas 11°
Reading graphs that describe situations in our environment – Matemáticas 9°
Interpretation of graphs of measurement expenses consumption and comparison situations – Matemáticas 9°
Classification of real variable functions – Matemáticas 11°
Identification of the sets of rational and irrational numbers – Matemáticas 9°
Explore the use of trigonometry in exact sciences. – Matemáticas 10°
Classification of functions – Matemáticas 10°
Characterizing function attributes through function comparisons – Matemáticas 11°
Identification of different representations of functions – Matemáticas 10°
Identifying nonlinear inequations – Matemáticas 11°
Recognition of the order relation between real numbers. – Matemáticas 11°
Recognition of random variables – Matemáticas 10°
Interpretation of the derivative in situations of change and variation – Matemáticas 11°
Comparison between Cartesian and polar coordinates – Matemáticas 10°
Recognition of the usual operations between functions – Matemáticas 11°
Identification of the properties of probability – Matemáticas 9°
Description of the hyperbola – Matemáticas 10°
Recognizing integrals based on the trapezoidal rule – Matemáticas 11°
Data collection using quantitative variables – Matemáticas 9°
Analysis of situations through tables – Matematicas 9°
First and second derivative interpretation to analyze function behavior – Matemáticas 11°
Solving problems related to pyramids – Matemáticas 9°
Understand the continuity and infinity number lines – Matemáticas 11°
Characterization of imaginary numbers – Matemáticas 9°
Recognition of certain events in the history of Integral Calculus – Matemáticas 11°
To solve problems related with cylindrical shapes – Matemáticas 9°
Creating random situations to collect data – Matemáticas 9°
Identifying the exponential function in familiar situations – Matemáticas 9°
Recognizing the applications for systems of equations in science – Matemáticas 9°
Identifying complex numbers – Matemáticas 9°
Identification of the logarithmic function – Matemáticas 9°
Information organization in data collection situations – Matemáticas 10°
Uses of scientific notation as a tool to write large or small numbers – Matemáticas 9°
Determine operations between complex numbers – Matemáticas 9°
Using inverse trigonometric functions – Matemáticas 10°
Description of the circumference – Matemáticas 10°
Solving problems by solving equations in systems of equations with 2 unknowns – Matemáticas 9°
Solving problems related to conic shapes – Matemáticas 9°
Construction of natural integer and rational numbers – Matemáticas 11°
Recognition of the Linear and Affine Functions – Matemáticas 9°
To identify conic sections in everyday objects – Matemáticas 10°
Recognizing graphic representations that describe a data analysis – Matemáticas 9°
Recognition of the characteristics of quadratic functions – Matemáticas 9°
Identifying properties of triangle – Matemáticas 10°
Application of central tendency measurements in a compound of grouped quantitative data – Matemáticas 10°
Using trigonometric ratios in classical geometry – Matemáticas 10°
To solve problems involving the use of oblique triangles – Matemáticas 10°
Solving problems related to spherical shapes – Matemáticas 9°
Calculating the value of a limit using the properties of limits – Matemáticas 11°
Collection of statistical data using quantitative variables – Matemáticas 11°
Characterization of trigonometric ratios – Matemáticas 10°
