Linear Algebra: Vectors in Rn, Lecture notes of Linear Algebra

The representation of vectors in n-space and their properties. It covers the addition and scalar multiplication of vectors, finding the unit vector, and the distance between two vectors. The length of a vector and the dot product are also explained. examples and graphical representations of vector operations in Rn. Attendance is mandatory in the lecture, and no cell phones or side talks are allowed.

Typology: Lecture notes

2021/2022

Available from 03/12/2023

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MATH 301i โ€“Linear Algebra
Instructor: Mohamed Abdou Mahran Kasem, Ph.D.
NU โ€“EAS
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MATH 301i โ€“ Linear Algebra

Instructor: Mohamed Abdou Mahran Kasem, Ph.D.

NU โ€“ EAS

Lecture code of ethics o Attendance is mandatory o No cell phones o No side talks o Write as much as you can

Lecture Contents โžข Linear combinations โžข Spanning set โžข Linear independence โžข Dot product

Vectors in a plane

  • In physics and engineering, a vector is characterized by two quantities (length and direction) and is represented by a directed line segment.
  • A vector in the plane is represented geometrically by a directed line segment whose initial point is the origin and whose terminal point is the point.
  • This vector is represented by the same ordered pair used to represent its terminal point. That is,

Vectors in a plane

Example โ€“ 2

Vectors in a plane

Example โ€“ 3

Vectors in ๐‘… ๐‘›

Vectors in ๐‘… ๐‘›

Vectors in ๐‘… ๐‘›

Vectors in ๐‘… ๐‘›

Example โ€“ 2

Vectors in ๐‘… ๐‘›

Example โ€“ 3

Length and Dot Product in ๐‘… ๐‘›

Length and Dot Product in ๐‘… ๐‘›

Length and Dot Product in ๐‘… ๐‘›