Vectors
Introduction to Vectors
Introduction to Vectors
Vector Addition
Scalar Multiplication of Vectors
Properties of Vectors
2D and 3D Vectors
Vectors in 2D and 3D
Algebraic Representation of Vectors
Linear Combinations and Spanning Sets
Applications of Vectors
Vector Representation of Forces
Velocity
Dot and Scalar Product
Geometric Representation of the Dot Product
Algebriac Representation of the Dot Product
Vector and Scalar Projections
Cross Product
Applications of Dot and Cross Product
Equation of a Line
Vector and Parametric Equation of a Line in 2D
Cartesian Equation of Line
Vector, Parametric and Symmetric Equations of Line in 3D
Equation of a Plane
Vector and Parametric Equation of a Plane
Cartesian Equation of Plane
Planes in \(\mathbb{R}^3\)
Lines and Planes
Intersection of a Line and Plane; Intersection of two Lines
System of Equations
Intersection of Two Planes
Intersection of Three Planes
Distance between Points, Lines and Planes
Distance from Point to Line in \( \mathbb{R}^2 \)
Distance between Point and Plane in \(\mathbb{R}^3 \)
Matrices
Introduction to Matrices
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Dot and Scalar Product

Vectors Dot and Scalar Product
Lesson Content
0% Complete 0/5 Steps
Geometric Representation of the Dot Product
Algebriac Representation of the Dot Product
Vector and Scalar Projections
Cross Product
Applications of Dot and Cross Product
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