Product of inner products
Is product of innerproduct again a inner product of two vectors? For example - Is $ (< u,v >)(< x,y >) = < m,n > $? And if yes is m and ...
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Is product of innerproduct again a inner product of two vectors? For example - Is $ (< u,v >)(< x,y >) = < m,n > $? And if yes is m and ...
Read JournalProve the Archimedean principle for $\mathbb{Q}$, the set of rational numbers. I know the proof for real numbers If not, then the nonempty set $S = \{nx \...
Read JournalI am creating a formula in Excel to convert 1-5 Grading Scale to 1-100 Grading System Suppose that I have the following table: 97-100 = 1.00 94 - 96 = 1.2...
Read JournalI have been using Lagrange multipliers in constrained optimization problems, but I don't see how they actually work to simultaneously satisfy the con...
Read JournalIn two dimensional Euclidean space, it is not hard to calculate the radius of the circumscribed circle of an arbitrary triangle when all the side lengths ...
Read JournalConsider the transformation: $T \begin{bmatrix} x \\ y \\ \end{bmatrix} $ $\mapsto$$\frac{\sqrt{2}}{2} \begin{bmatrix} x+y-1 \\ -x+y+1 \\ \end{bmatrix} $ ...
Read JournalGiven a bimatrix game of $$\left(\begin{matrix}(0,-1) & (0,0)\\(-90,-6)&(10, -10)\end{matrix}\right)$$ Source How to find the nash equilibrium str...
Read JournalFirst of all, I am doing some mathematical background information for a software I am creating. What I want to achieve is the point on an object rotating ...
Read JournalFor instance, I saw the expression in the Wikipedia article on Lagrange multipliers: maximize $f(x, y)$ subject to $g(x, y) = c$ What does "subject to" mean?
Read JournalI need to check this formula I have to compute the distance of a point with latitude $lat$ from the equator: $$ \mathrm{feet} = \mathrm{lat} * 10000 \time...
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