Block I. Introduction to technical drawing. Handling tools
Video: Graphic expression in Civil Engineering Video: Paper and other elements Video: The set square and the triangle
Block II.- Drawing to scale
Video: Definition of scale and kinds. Examples. Normalised scale. The scaler. Graphic scale Video: Exercises: scales and margins
Block III.- Graphical resolution of geometric places
Basic concepts Video:The bisection Video: The Perpendicular bisector Video: Thales Theorem Video: Angles at the circumference Video: Power of a point in terms of a straight line Video: Straight lines and salient points of a triangle Video: The "arc capable" Video: The "arc capable: applicable exercise Video: Construction of the tangent to circumference through outside point P Video: Trisection of a segment Video: Translating an angle Video: Geometric place of the points from where the sides of the trangle can be seen from the same angle Video: Find the square Video: Find parallel straight lines 4cm apart which pass through given points A and B Video: Exercises: resolution of triangles Regular Polygons Video: Construction of regular polygons Geometric Transformations Video: Exercises on transformations: translation (I) Video: Exercises on transformations: translation (II) Video: Exercises on transformations: Homothetic (I) Video: Exercises on transformations: Homothetic (II) Video: Exercises on transformations: Symmetry
Block IV. Projection Elements and types of projection
Video: Projection systems Video: Views and representation Video: Example: views
Block I.- Oscillations and waves
Simple Harmonic Motion (SHM) Video: Breadth of a SHM Video: Acceleration of a SHM Video: SHM equation Video: SHM velocity and acceleration Video: SHM equation under initial conditions Video: SHM energy Video: Period of a mass-spring system Video: Period of a simple pendulum Waves Video: General equation for waves Video: Harmonic waves equation Video: Sinusoidal wave Video: Power of a sinusoidal wave Video: Wave interference Video: Wave interference. Phasors Video: Interference due to a path difference (I) Video: Interference due to a path difference (II) Video: Stationary wave Video: Vibration modes
Block II- Thermodynamics
Video: Calorimetry (I) Video: Calorimetry (II) Video: Changes in phase Video: First principle of thermodynamics Video: Internal energy Video: Carnot Cycle Video: Performance of a Carnot machine Video: Entropy of free adiabatic expansion Video: Irreversibility of a thermodynamic process Video: Thermal expansion
Block III.- Electrostatics
Video: Coulomb´s Force (I) Video: Coulomb´s Force (II) Video: Electrostatic field at the midpoint of a semi-circular wire Video: Electrostatic field on the perpendicular bisector of a straight wire with length L Video: Electrostatic field on the axis of a ring with the radius Video: Gauss´s Law. Electrostatic field created by an undefined wire Video: Gauss´s Law. Electrostatic field created by an undefined flat plate Video: Gauss´s Law. Electrostatic field created by an undefined spherical crust Video: Gauss´s Law. Electrostatic field created by a uniformly charged sphere Video: Gauss´s Law and electrostatic power of two charged and concentric spheres Video: Capacity of a spherical condenser
Block IV.- Magnetism and induction
Magnetism Video: Magnetic force on moving charges. Radius of the trajectory Video: Magnetic force on a straight current conductor Video: Magnetic force on a semi-circular current conductor Video: Biot-Savart Law. Magnetic field on the axis of a circular spiral Video: Biot-Savart Law. Magnetic field created by current conductors Video: Biot-Savart Law. Magnetic field on the axis of a circular spiral Video: Biot-Savart Law. Magnetic field created by a rectilinear conductor Video: Ampère´s Law. Magnetic field created by a rectilinear conductor Video: Ampère´s Law. Magnetic field on the axis of a toroidal solenoid Video: Ampère´s Law. Magnetic field on the axis of a straight solenoid Video: Ampère´s Law. Magnetic field created by a cylindrical crust Introduction Video: Magnetic flow across a straight solenoid Video: Variation in magnetic flow in terms of time Video: Magnetic flow across a rectangular spiral Video: Faraday-Lenz Law. Electromagnetic induction due to a mobile rod Video: Faraday-Lenz Law. Electromagnetic induction due to a variable magnetic field
Block I.- Algebraic expressions and equations
Video: Algebraic expressions and equations PDF: Algebraic expressions and equations
Block II.- Inequalities, inequations and absolute value
Video: Inequalities, inequations and absolute value PDF: Inequalities, inequations and absolute value
Block III.- Exponential and logarithm functions
Video: Exponential and logarithm functions PDF: Exponential and logarithm functions
Block IV.- Trigonometric functions
Video: Trigonometric functions PDF: Trigonometric functions
Block V.- Real functions of a real variable
Video: Real functions of a real variable (I) Video: Real functions of a real variable (II) Video: Real functions of a real variable (III) Video: Real functions of a real variable (IV) Video: Real functions of a real variable (V) Video: Real functions of a real variable (VI) Video: Real functions of a real variable (VII) Video: Real functions of a real variable (VIII)
Block VI. - Derivations and applications
Video: Derivations and applications (I) Video: Derivations and applications (II) Video: Derivations and applications (III) Video: Derivations and applications (IV) Video: Derivations and applications (V) Video: Derivations and applications (VI) Video: Derivations and applications (VII)
Block VII.- Representing real functions
Video: Representing real functions (I) Video: Representing real functions (II)
Block VIII.- Calculating defined primitives and integrals
Video: Calculating defined primitives (I) Video: Calculating defined primitives (II) Video: Calculating defined primitives (III) Video: Calculating defined primitives (IV) Video: Calculating defined primitives (V) Video: Calculating defined primitives (VI) Video: Calculating defined primitives (VII) Video: Defined integrals (I) Video: Defined integrals (II) Video: Defined integrals (III) Video: Defined integrals (IV)