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COND definition in American English - Collins Dictionary
Definition of 'cond' 1. condenser. 2. condition; conditional .
www.collinsdictionary.com
www.collinsdictionary.com
COND Definition & Meaning - Merriam-Webster
What does the abbreviation COND stand for? Meaning: condition.
www.merriam-webster.com
www.merriam-webster.com
cond - Wiktionary, the free dictionary
See also: cond. Contents. 1 English. 1.1 Pronunciation; 1.2 Etymology 1. 1.2.1 Adjective. 1.3 Etymology 2. 1.3.1 Verb. 1.3.1.1 Derived terms.
en.wiktionary.org
en.wiktionary.org
cond
cond, cund, v. ? Obs. (kʌnd, kɒnd) [app. from the earlier condie, condue: perh. the final vowel was sunk in that of the inflexion, e.g. in past tense, condyde, condude. See also con v.2] † 1. trans. To conduct. Obs.c 1400 Beryn 3980 He woll have..a saff condit enselid. Ibid. 3995 He chargit Barons t...
Oxford English Dictionary
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COND. Definition & Meaning - Dictionary.com
abbreviation · condenser. · condition; conditional. · conductivity. · conductor. Did You Know? Tuxedo was given its name after gaining popularity among diners ...
www.dictionary.com
www.dictionary.com
cond-> - Community-Powered Clojure Documentation and Examples
Takes an expression and a set of test/form pairs. Threads expr (via ->) through each form for which the corresponding test expression is true.
clojuredocs.org
clojuredocs.org
Condition number properties Assuming $A$ is invertible, I know if $A^{-1} = A^T$, then $cond(A)=1$. Is it true the other way around, as in If $cond(A)=1$, $A^{-1}=A^T$. Also, does $cond(A^{-1})$ always equal $con...
.$$ Then you can see that the condition number of $A$ is in fact $$cond(A)=\frac{|\lambda_1|}{|\lambda_n|}.$$ Next, you are going to use the fact that Finally, you can obtain the relation immediately: $$cond(A)=cond(A^{-1}).$$
Now if $cond(A)=1$, this means all eigenvalues of $A^TA$ equals $1$ because
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cond - Word Root - Membean
The word part "cond" is a root that means "hide, put away".
membean.com
membean.com
3.12 Conditionals: if, cond, and, and or - Racket Documentation
Evaluates test-expr. If it produces any value other than #f, then then-expr is evaluated, and its results are the result for the if form.
docs.racket-lang.org
docs.racket-lang.org
cond - Condition number for inversion - MATLAB - MathWorks
C = cond( A ) returns the 2-norm condition number for inversion, equal to the ratio of the largest singular value of A to the smallest.
www.mathworks.com
www.mathworks.com
cond | cund, v. meanings, etymology and more | Oxford English ...
The earliest known use of the verb cond is in the Middle English period (1150—1500). OED's earliest evidence for cond is from around 1460, ...
www.oed.com
www.oed.com
COND - Definition by AcronymFinder
Rank Abbr. Meaning. COND · Conductivity · COND · Conditioner · COND · Conductor · COND · Condition · COND · Condominium (postcode use, Puerto Rico) · COND ...
www.acronymfinder.com
www.acronymfinder.com
$\text{cond}(A)\gt \text{cond}(A+B)$ for $AA^T=I$ Let $A$ a matrix such that $AA^T=I$. Is there a matrix $B$ such that $$\text{cond}(A)\gt \text{cond}(A+B)$$ If so give numerical exmples for this, otherwise prove th...
Assuming you're using the spectral norm, the condition number of $A$ is $1$. But there is no matrix with condition number less than $1$, because $$1 = \|I\| = \|M M^{-1}\| \le \|M \| \|M^{-1}\|$$ for all invertible matrices $M$.
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Singularity of a matix If $A$ is any $n\times n$ non-singular matrix, then $\mathrm{cond}(A) = \mathrm{cond}(A^{-1})$? True or False? I'm not sure how to answer this question.
Generally, we define $\mathrm{cond}(A)$ as
$$\mathrm{cond}(A):=\vert\vert A\vert\vert\cdot \vert\vert A^{-1}\vert\vert.$$
So we do have
$$\mathrm{cond }(A)=\vert\vert A\vert\vert\cdot \vert\vert A^{-1}\vert\vert=\vert\vert A^{—1}\vert\vert\cdot \vert\vert A\vert\vert=\mathrm{cond}(A^{-1})
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Is the condition number of a 2x2 block symmetric matrix greater than the condition number of its upper left hand block? Is there any known relation between _cond(M)_ and _cond(Q)_ when $$M=\begin{bmatrix}Q&A^T\\\A&0\...
We give an example in which $\operatorname{cond}(M)>\operatorname{cond}(Q)$ and an example in which $\operatorname{cond}(M)<\operatorname{cond}(Q)$, showing }(M)$, and for $a=0.1$ we get $\operatorname{cond}(Q)=10>\operatorname{cond}(M)$.
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