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Intersection of a point and absolute value function contained within a circle

score 2.7k · Answer 1 · 2013-06-02 10:52:31

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Intersection of a point and absolute value function contained within a circle

Published on 02 Jun 2013 - 10:52

score 297 · Answer 2 · 2013-06-04 21:27:55

297

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Solving equation with absolute value signs

Published on 04 Jun 2013 - 21:27

score 53 · Answer 3 · 2013-06-05 17:34:52

53

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Question involving absolute function

Published on 05 Jun 2013 - 17:34

score 467 · Answer 4 · 2013-06-06 14:13:12

467

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Please help me to prove this inequality: $|x|+|y|≥|x+y|$

Published on 06 Jun 2013 - 14:13

score 108 · Answer 5 · 2013-06-08 22:57:54

108

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Does the triangle inequality follow from the rest of the properties of a subfield-valued absolute value?

Published on 08 Jun 2013 - 22:57

score 1.6k · Answer 6 · 2013-06-13 19:21:52

1.6k

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Solving two greatest integer function equations

Published on 13 Jun 2013 - 19:21

score 2.8k · Answer 7 · 2013-06-16 18:39:59

2.8k

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Express $y=|-x^2+1|$ as a piecewise function.

Published on 16 Jun 2013 - 18:39

score 2.3k · Answer 8 · 2013-06-20 13:56:44

2.3k

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intersection of two graph

Published on 20 Jun 2013 - 13:56

score 47.9k · Answer 9 · 2026-03-29 04:44:01

47.9k

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Integral Inequality Absolute Value: $\left| \int_{a}^{b} f(x) g(x) \ dx \right| \leq \int_{a}^{b} |f(x)|\cdot |g(x)| \ dx$

Published on 29 Mar 2026 - 4:44

score 22.6k · Answer 10 · 2013-06-26 03:04:35

22.6k

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Show that the $\max{ \{ x,y \} }= \frac{x+y+|x-y|}{2}$.

Published on 26 Jun 2013 - 3:04

score 79.5k · Answer 11 · 2013-06-29 00:30:09

79.5k

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Converting absolute value program into linear program

Published on 29 Jun 2013 - 0:30

score 91 · Answer 12 · 2013-07-01 02:25:53

91

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How prove this $|x_{p}-y_{q}|>0$

Published on 01 Jul 2013 - 2:25

score 374 · Answer 13 · 2013-07-06 05:11:43

374

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How do we know that $|i!| = \sqrt{\pi \operatorname{csch} \pi}$?

Published on 06 Jul 2013 - 5:11

score 108 · Answer 14 · 2013-07-09 13:35:19

108

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Phrase and symbol for "geometric absolute value"$ e^{|\ln(x)|}?$

Published on 09 Jul 2013 - 13:35

score 1.5k · Answer 15 · 2013-07-09 15:03:14

1.5k

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Prove:$|x-1|+|x-2|+|x-3|+\cdots+|x-n|\geq n-1$

Published on 09 Jul 2013 - 15:03

List Question

Intersection of a point and absolute value function contained within a circle

Solving equation with absolute value signs

Question involving absolute function

Please help me to prove this inequality: $|x|+|y|≥|x+y|$

Does the triangle inequality follow from the rest of the properties of a subfield-valued absolute value?

Solving two greatest integer function equations

Express $y=|-x^2+1|$ as a piecewise function.

intersection of two graph

Integral Inequality Absolute Value: $\left| \int_{a}^{b} f(x) g(x) \ dx \right| \leq \int_{a}^{b} |f(x)|\cdot |g(x)| \ dx$

Show that the $\max{ \{ x,y \} }= \frac{x+y+|x-y|}{2}$.

Converting absolute value program into linear program

How prove this $|x_{p}-y_{q}|>0$

How do we know that $|i!| = \sqrt{\pi \operatorname{csch} \pi}$?

Phrase and symbol for "geometric absolute value"$ e^{|\ln(x)|}?$

Prove:$|x-1|+|x-2|+|x-3|+\cdots+|x-n|\geq n-1$

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