You'll learn how a circumference and a point can be related to each other along the space.
At the end of the theorical explanation, you can practice or create 5 exercises to master this subject.
A p ...
You'll learn the basic definitions of general polyhedrons and how to classify the different figures in space.
At the end of the theorical explanation, you can practice or create 5 exercises to mast ...
You'll learn to solve systems of equations using the Gauss method.
At the end of the theorical explanation, you can practice or create 5 exercises to master this subject.
Gaussian elimination method ...
You'll learn to solve certain trigonometric equations.
At the end ot the theorical explanation, you can practice or create 5 exercises to master this subject.
Solving trigonometric equations es un ...
You'll learn the measurement units of the Saxon system, that is to say, its length, mass, capacity and surface.
At the end of the theorical explanation, you can practice or create 5 exercises to ma ...
You'll learn the basics about increasing and decreasing functions, as well as their maximums and minimums.
At the end of the theorical explanation, you can practice or create 5 exercises to master ...
You'll learn how to identify and analyze the concavity and convexity of a function, as well as the inflection points of it.
At the end of the theorical explanation, you can practice or create 5 ex ...
You'll learn the concepts of linear combination between vectors and linear dependence.
At the end of the theorical explanation, you can practice or create 5 exercises to master this subject.
Linear ...
You'll learn the concept of basis and coordinates (in a vector space).
At the end of the theorical explanation, you can practice or create 5 exercises to master this subject.
Basis and coordinates e ...
You'll learn good examples of basis such as the orthogonal ones and the orthonormal ones.
At the end of the theorical explanation, you can practice or create 5 exercises to master this subject.
Orth ...