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By Hardy. G. H. (Godfrey Harold). 1877-1947.

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T ∈ R. 63) {v1 , v2 , . . vt } is linearly dependent if λ1 , λ2 , . . λt exist that are not all zero, such that λ1 v1 + λ2 v2 + . . 64) otherwise it is linearly independent. Consequently, for a set of vectors to be a minimal spanning set for a vector space V , they must be linearly independent. Furthermore, such a set is called a basis for the vector space V . 7 Standard bases Because a vector space can have an infinite number of vector sets as its basis, it is tempting to enquire whether any preferred set exists?

Failure to observe a consistent axial model can result in reflected images or reversed rotations, so let’s begin by taking a look at spatial conventions. 2 Clockwise and anticlockwise The number line used to visualize the distribution of the set of real numbers R is conventionally organized as shown in Fig. 1a, with negative values to the left and positive numbers to the right. 1. Such a scheme is just a convention imposed upon us by previous civilizations. 1b, it would not have affected the way we count or compute arithmetic operations.

Generalizing this definition, Rn is the set of all ordered n-tuples, where an ordered n-tuple is a sequence of real numbers such as (u1 , u2 , . . , un ), which permits us to define a vector as u = (u1 , u2 , . . 6) where n is a positive integer and describes the dimension of the vector space. When n > 3 it is impossible to visualize the vector space, which is a limitation imposed by our brains rather than a limit to the physical existence of such objects. With such a general description of a vector space one can propose all sorts of strange spaces that have as their elements: integers, complex numbers, matrices or even polynomials.