13:28
01. Vector calculus - Introduction to the course: What is a vector? WITH GRAPHICS
MateFacil
16:46
02. Add and subtract vectors geometrically WITH EXAMPLES | vector calculus
16:48
03. Vectors and points in three dimensions (Three-dimensional coordinates)
13:39
04. Add and subtract vectors graphically in 3 dimensions | vector calculus
8:23
05. Vector that joins two points of the plane. RESOLVED EXERCISE | vector calculus
3:53
06. Vector that joins two points (two dimensions) RESOLVED EXERCISE | vector calculus
4:09
07. Vector that joins two points (three dimensions) RESOLVED EXERCISE | vector calculus
13:27
Show that MN is parallel to AB in a Trapezoid using vectors
6:19
08. Module of a vector (norm, magnitude, length) graphically | vector calculus
6:45
09. Module (Standard) of a vector in 3 dimensions graphically | vector calculus
9:46
10. Unit vectors, what are they and how to calculate them? With graphic | vector calculus
9:50
11. Unit vectors i, j, k (Canonical base), with graphs | vector calculus
20:34
12. Linear combination of vectors, parallel vectors | vector calculus
19:45
13. Vector calculation: List of exercises, with suggestions (List 1) | vector calculus
4:36
14. Vector linking two points in the plane and space RESOLVED EXERCISE | vector calculus
4:57
15. Sum of vectors in the plane and space, with graph | vector calculus
6:26
16. Norm of the difference vector, RESOLVED EXERCISES | vector calculus
5:45
17. Parallel vectors, how to know if they are. RESOLVED EXERCISES | vector calculus
7:04
18. Vector belonging to the plane formed by two other vectors | vector calculus
4:23
19. Collinear points, demonstration with vectors RESOLVED EXERCISE | vector calculus
6:34
20. Calculate the sum of AB + BC + CA, where A, B, C, form a triangle | vector calculus
8:29
21. Points on the axes, or on the coordinate planes. GRAPHIC | vector calculus
4:03
22. Calculate unit vector in 2 and 3 dimensions. RESOLVED EXERCISE | vector calculus
5:49
23. Vector of length 6, in the direction of another vector | vector calculus
9:39
24. Vector tangent to the graph of a function | vector calculus
7:14
25. Point located in the segment determined by two others | vector calculus
7:50
26. Write a vector as a linear combination of two others | vector calculus
18:22
27. Geometric and analytical demonstration that two vectors generate a plane | vector calculus
7:39
28. Vector linking midpoints of sides of triangle. DEMONSTRATION | vector calculus
10:22
29. Parallelogram diagonals are cut midway. DEMONSTRATION | vector calculus
12:34
30. Vector equation of a sphere GRAPHICALLY | vector calculus
7:24
31. Dot product, what is it and how is it calculated? | Vector calculus
8:56
32. Dot product properties. With demonstration | Vector calculus
5:36
Calculate u.v + v.w + wu from u + v + w = 0
7:15
33. Angle between vectors, demonstration of formula | vector calculus
6:04
34. Angle between vectors, examples (two and three dimensions) | vector calculus
7:45
35. Orthogonal (perpendicular) vectors How are they determined? | vector calculus
5:27
Show that the vectors are perpendicular
10:19
36. Angles and cosine directors. WITH GRAPHICS | vector calculus
15:35
37. Projections and vector components. With graphics | Vector calculus
5:18
Operaciones con VECTORES UNITARIOS, Calcular producto PUNTO
6:28
VECTOR que forma ÁNGULOS IGUALES con los EJES, en 2 y 3 dimensiones
14:14
38. Cross product, where does the formula come from? with Graphic | vector calculus
13:35
39. Cross product as a 3x3 determinant. SOLVED EXAMPLE | vector calculus
14:00
40. Cross product using the unit vectors i, j, k | Vector calculation
22:11
41. Properties of the cross product, with demonstrations | vector calculus
42. Norm of cross product, sine of the angle, demonstration of formula | Vector calculus
8:33
43. Parallelogram area determined by two vectors | vector calculus
4:04
44. Right hand rule, cross product direction | Vector calculus
4:37
Show that the vectors are parallel, cross product
8:40
45. Triple scalar product (mixed product), formula, examples, demonstration | vector calculus
10:55
46. Volume of parallelepiped, demonstration of formula | vector calculus
6:20
Volume of the parallelepiped determined by 3 vectors RESOLVED EXERCISE (mixed product)
How to calculate the angle between two vectors, very easy | Vector calculus
5:39
Triple product (mixed product) of 3 vectors (dot product and cross product) | Calculus
14:05
47. List of exercises, with suggestions (List 2)
3:22
48. Vector dot product, VERY EASY
6:03
49. Angle between vectors, VERY EASY
8:01
Angle between vectors (4 dimensions) RESOLVED EXERCISE Are they orthogonal or orthonormal?
8:49
50. Calculate the angles of a triangle in three dimensions
15:10
51. Find two vectors that form an angle of 60 ° with another die
52. Cosines and angles DIRECTORS of a vector, VERY EASY
6:31
53. DIRECTOR COSENOS: Demonstration and exercise
9:33
54. Vector projections, with graph, VERY EASY
3:37
55. Cauchy - Schwarz inequality PROOF using vectors
7:48
56. Inequality of the triangle DEMONSTRATION What does it mean geometrically?
57. Law of the parallelogram DEMONSTRATION and geometric explanation
3:04
58. Proof about orthogonal addition vector and subtraction vector
7:31
59. Calculate the cross product (Cross product), VERY EASY
Calculate A ^ B (vector product AXB)
5:15
60. Find two unit vectors orthogonal to two dice
9:30
61. Find a vector orthogonal to the plane that passes through 3 points
8:25
Calculate unit perpendicular vector to two given vectors
62. Area of parallelogram times 4 points, WITH VECTORS
7:55
Parallelogram area determined by two vectors RESOLVED EXERCISE (Cross product)
9:42
63. Area of a triangle determined by three points, using vectors
4:48
64. Volume of the parallelepiped formed by three vectors
7:01
65. Parallel vectors and vector product, proof
5:56
66. Prove that three vectors are coplanar
3:51
67. Jacobi's Identity, DEMONSTRATION
6:51
68. Cross stitch product, elimination rule, is it valid?
69. Proof with vector product and sum of vectors
14:51
70. Vector equation of a line in the plane and space EXPLANATION
7:47
71. Vector equation of a line in the Cartesian plane, and how to transform it
14:06
72. Vector, parametric and symmetric equations of a line in the space R ^ 3
13:29
73. Vector equation of the line that passes through two points, in the plane R ^ 2
14:42
74. Vector equation of the line that passes through two points, in the space R ^ 3
6:02
75. Vector equation of the line parallel to another, given in its parametric form
8:39
Parametric and symmetric equations of the line parallel to another that passes through a given point
5:40
76. Vector equation of a line perpendicular to two vectors
6:39
77. Vector equation of line, are they parallel?
8:24
78. Equation of a line parallel to the coordinate axes in the space R ^ 3
5:07
79. Distance from a point to a line in space, PROOF
10:27
80. Distance from a point to a line in space R ^ 3
Calculate the area of the triangle formed by two lines and the X axis
4:51
Calculate the area of the triangle formed by a line and the coordinate axes
18:57
81. Relative position of two lines in space
13:12
82. Determine if the lines are parallel, coincident, oblique, or intersect
13:26
83. Determine if the lines are parallel, coincident, oblique, or intersect
13:36
84. Determine if the lines are parallel, coincident, oblique, or intersect
11:59
85. Perpendicular lines in the plane, using vectors
12:25
86. Angle formed by two lines in R ^ 2 and R ^ 3, from the director vector
19:01
87. Calculate perpendicular line in R ^ 3, which intersects the given line
17:52
88. How to parameterize a line segment
8:19
89. Vectorial and General Equation of the plane COMPLETE EXPLANATION
12:42
90. Equation of the plane, given point and normal vector
7:23
91. Equation of the plane, given point and perpendicular line
9:07
92. Equation of the plane PARALLEL to another plane
11:02
93. Equation of the plane containing two vectors and a point
11:24
94. Equation of the plane containing THREE POINTS
19:47
95. Equation of the plane: SUBSTITUTION METHOD
6:50
General equation of plane that passes through three points calculating two vectors and cross product
11:15
96. Equation of the plane containing a line
9:56
General equation of a plane that contains a line and is perpendicular to another plane
7:32
General equation of the plane that contains a line and is parallel to another
6:05
97. Intersection of plane and line
20:44
98. Intersection of planes (Parallel, coincident and oblique planes)
5:06
99. Equation of a line expressed as the intersection of two planes
15:44
100. Angle between two planes, VERY EASY
7:22
101. Distance from a point to a plane, DEMONSTRATION of formula
6:30
102. DISTANCE from a point to a PLANE, VERY EASY
9:25
103. Distance between two parallel planes
20:20
104. Relative position of 3 planes, ALL CASES
9:43
105. Intersection of three oblique planes
26:54
106. How to parameterize a Plane, FULL EXPLANATION
7:27
💎106. Ecuaciones paramétricas del plano EJERCICIOS RESUELTOS
23:00
Ecuación de una esfera EXPLICACIÓN COMPLETA
💎 Ecuación de la Esfera EJERCICIOS RESUELTOS
1:01:42
Quadric surfaces and cylinders FULL EXPLANATION
30:59
What is a SEVERAL VARIABLE function? (Examples, graphs and applications) (Part 1)
11:03
DOMINIO, RANGO, CURVAS DE NIVEL de una FUNCIÓN de VARIAS VARIABLES
Operaciones con FUNCIONES de 3 VARIABLES, y su DOMINIO
11:39
Domain of function of two variables, with square root
7:36
💎 Dominio de función de dos variables, con raíz cuadrada, regiones mas complicadas
8:43
Domain of function of two variables, with division (rational functions), and graph of the region
7:13
💎 Dominio de función de dos variables, con raíz cuadrada y división, regiones mas complicadas
13:46
Domain of function of two variables, with logarithm, and graph of the region
6:16
💎 Dominio de función de dos variables, con logaritmo y división, regiones mas complicadas
35:27
Cómo Parametrizar una Curva - Ecuaciones Paramétricas EXPLICACIÓN COMPLETA
7:30
01. Parametric curves - Graph, eliminate parameter, obtain Cartesian equation
7:06
02. Parametric curves - Graph, eliminate parameter, obtain Cartesian equation, parabola
8:00
03. Parametric curves - Plot, delete parameter
13:13
04. Parametric curves - Graph, eliminate parameter, Cartesian equation, diagonal parabola
05. Parametric curves - Plot, remove parameter, circumference
06. Parametric curves - Plot, delete parameter, ellipse
9:44
07. Parametric curves - Plot and delete parameter
34:55
Cylindrical Coordinates What are they? FULL EXPLANATION
✨✨ Cylindrical Coordinates What are they? - ANSWERS TO THE EXERCISES
39:36
Coordenadas Esféricas ¿Qué son? EXPLICACIÓN COMPLETA
4:07
01. Límites de varias variables PASO A PASO
7:26
02. Límites de varias variables, FACTORIZACIÓN Y RACIONALIZACIÓN
10:24
03. Límites de dos variables DEMOSTRAR QUE NO EXISTE
04. Límites de varias variables CAMBIO DE VARIABLES
8:22
05. Límites de dos variables que NO EXISTEN, Analizando TRAYECTORIAS CURVAS
06. Límites de dos variables COORDENADAS POLARES, ejemplos resueltos
07. Límite de dos variables ¡CUIDADO AL USAR COORDENADAS POLARES!
11:23
08. Límites de dos variables ANÁLISIS COMPLETO Y DEMOSTRACIÓN
5:10
09. Límites de tres variables MEDIANTE SIMPLIFICACIÓN y sustitución
5:30
10. Límites de tres variables DEMOSTRAR QUE NO EXISTE usando rectas
3:28
11. Límite de 3 variables con COORDENADAS ESFÉRICAS
10:33
Partial derivatives, SOLVED EXAMPLES, VERY EASY
11:08
Derivadas Parciales de FUNCIÓN IMPLÍCITA (Incluye GRÁFICA)
8:36
Calculate partial derivatives by applying chain rule (multiple variables)
14:03
REGLA DE LA CADENA, VARIAS VARIABLES, ejemplo resuelto
21:49
Laplacian in Polar Coordinates: Proof
11:19
Verify partial differential equation (using chain rule)
8:31
Máximos, Mínimos y Puntos Silla EN 3 PASOS (Función de 2 variables)
1:28:34
08. Exercises of Maximum and Minimum of Functions of Several Variables
16:09
01. Double integral, using Fubini's theorem
13:43
02. Double integral, Fubini's theorem
4:41
What is a Double Integral Geometrically? - Volume below a surface
03. Double integral, Fubini's theorem
9:59
Fubini's theorem, explanation and proof (double integral)
9:38
04. Double integral, with trigonometric function sine
2:07:15
Live - Double and triple integrals - Broadcast 05
8:17
05. Double integral, with exponential function
4:29
INTEGRAL DOBLE usando teorema de Fubini, separando como producto
06. Double integral, with binomial to the fourth
07. How to calculate volume with double integral (With Graph)
8:42
08. How to calculate volume with double integral (With Graph)
5:04
09. Double integral with a polynomial of two variables
2:14
10. Double integral with exponential function
4:00
INTEGRAL DOBLE de división de polinomios, Teorema de Fubini, separando como producto
7:40
11. How to make a double integral using Integration by Parts
4:32
INTEGRAL DOBLE usando TRUCO de SIMETRÍA
1:56
💎 INTEGRAL DOBLE usando TRUCO de SIMETRÍA
1:44
6:11
VOLUMEN usando INTEGRALES, Paraboloide Hiperbólico
💎 VOLUMEN usando INTEGRALES, debajo de un Plano
5:12
💎 VOLUMEN usando INTEGRALES, debajo de Paraboloide Elíptico
6:23
VOLUMEN debajo de CILINDRO en PRIMER OCTANTE con INTEGRAL DOBLE
💎 Volumen entre PARABOLOIDE y PLANO, usando INTEGRAL DOBLE
4:21
12. Triple integral with polynomial of three variables
10:00
Double Integral, definition as Double Riemann Sum, FULL EXPLANATION
2:20
13. Double integral with variables in the limits of integration
1:43
Triple Integral, definition as Triple Riemann Sum, FULL EXPLANATION
2:25:55
02. Double integrals in general regions, calculation of several Stewart variables
18:33
Regiones tipo 1 y tipo 2, EXPLICACIÓN COMPLETA para integrales iteradas (varias variables)
9:28
Double integral in general regions, how it is defined, and type 1 and 2 regions
💎 Expresar como región Tipo 1 y Tipo 2: Región formada por 2 parábolas
