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In this article we will discuss vector projections, especially orthogonal (perpendicular) vector projections. Orthogonal projection of a vector onto …
In this article we will discuss several applications of vectors, namely Resultant Vectors, Normal Vectors, Orthogonal Projections of Vectors, Distance …
One thing that only applies to the three-dimensional vector space R3 is cross vector (vector multiplication between 2 vectors), namely the …
In this article we will learn about operations on vectors, namely vector multiplication or dot product or dot product. After previously we learned …
In this article we will learn about Vector Comparison of Line Segments. This vector comparison is actually the same as scalar multiplication with …
After previously studying vectors in the plane (R2), next we will develop our discussion regarding vectors in geometric shapes (R3). Vectors in …
A two-dimensional vector is a vector that has two elements, namely vertical (Y-axis) and horizontal (X-axis). Vectors in a plane (dimensional two) are …
1. Inline (collinear) vectors Points P, N, and Q are said to be collinear if the vector constructed by two points between them can be expressed as the …
1. Addition of Two Vectors The sum of two or more vectors is called the result vector or resultant. Geometrically, there are 2 rules for adding two …