#euclideanalgorithm نتائج البحث

📅Today's LeetCode Daily: Adjacent Increasing Subarrays Detection II(Medium) 👨‍💻Approach: -> Track lengths of consecutive increasing subarrays -> Compare current & previous streaks to find maximum overlap -> Keep updating maxLen for the best adjacent increase pattern 💡Lesson:…

hi8esh_'s tweet image. 📅Today's LeetCode Daily: Adjacent Increasing Subarrays Detection II(Medium)

👨‍💻Approach:
-> Track lengths of consecutive increasing subarrays
-> Compare current & previous streaks to find maximum overlap
-> Keep updating maxLen for the best adjacent increase pattern

💡Lesson:…

If a regular pentagon, a regular hexagon, and a regular decagon are inscribed in congruent circles, then their side lengths form a right triangle. Euclid, Proposition XIII.10

AlgebraFact's tweet image. If a regular pentagon, a regular hexagon, and a regular decagon are inscribed in congruent circles, then their side lengths form a right triangle.

Euclid, Proposition XIII.10

Pls Eirufai and appointment Bandit should not watch this video to avoid heart attack oo🔥👇 Jagaban Seyi Tinubu Algorithm


t=0,a=.003,b=.06,u=-.8,n=_=>y+(1-b*y*y)*a*y+(f=x=>u*x+2*(1-u)*x*x/(1+x*x))(x) draw=_=>{t||createCanvas(w=400,w);background(9).stroke(w,96);for(t+=PI/45,x=y=1,i=4e4;i--;point(y*(5*sin(c=t-mag(x,y)/4)+11)+205,x*(2*cos(c)+7)+9*sin(y/4+t)+185))[x,y]=[n(),f(n())-x]}#つぶやきProcessing


I confirmed that GPT-5 Pro can solve Yu Tsumura’s 554th Problem. I explicitly asked it not to use search. The proof differs from the one shown by @nasqret and took 13 minutes and 40 seconds. (I’m not an expert, but it looks correct to me.)

ASM65617010's tweet image. I confirmed that GPT-5 Pro can solve Yu Tsumura’s 554th Problem. I explicitly asked it not to use search.

The proof differs from the one shown by @nasqret and took 13 minutes and 40 seconds. (I’m not an expert, but it looks correct to me.)
ASM65617010's tweet image. I confirmed that GPT-5 Pro can solve Yu Tsumura’s 554th Problem. I explicitly asked it not to use search.

The proof differs from the one shown by @nasqret and took 13 minutes and 40 seconds. (I’m not an expert, but it looks correct to me.)
ASM65617010's tweet image. I confirmed that GPT-5 Pro can solve Yu Tsumura’s 554th Problem. I explicitly asked it not to use search.

The proof differs from the one shown by @nasqret and took 13 minutes and 40 seconds. (I’m not an expert, but it looks correct to me.)
ASM65617010's tweet image. I confirmed that GPT-5 Pro can solve Yu Tsumura’s 554th Problem. I explicitly asked it not to use search.

The proof differs from the one shown by @nasqret and took 13 minutes and 40 seconds. (I’m not an expert, but it looks correct to me.)

Using the beautiful Euler's formula to establish the Product to Sum Identities in Elementary Trigonometry. #math

ChetuyaGamma's tweet image. Using the beautiful Euler's formula to establish the Product to Sum Identities in Elementary Trigonometry.

#math

Another algorithm you can play with: Quicksort Show this to your friend who says recursion is confusing illustrated-algorithms.now.sh/quicksort


The Secret Rules of Modern Living: #EuclideanAlgorithm: Cool clever with Marcus du Sautoy on #iPlayer #Tech #Maths

unifiedg's tweet image. The Secret Rules of Modern Living: #EuclideanAlgorithm: Cool clever with Marcus du Sautoy on #iPlayer #Tech #Maths

1 + 1/2 + 1/6 + 1/24 + ..., in this example, we obtain the famous exponential series, and the result of this INFINITE sum is Euler's number, e = 2,71828.. Therefore, by adding an infinite number of values, we can arrive at a finite result! This can be written as:

_blvespring's tweet image. 1 + 1/2 + 1/6 + 1/24 + ..., in this example, we obtain the famous exponential series, and the result of this INFINITE sum is Euler's number, e = 2,71828.. 
Therefore, by adding an infinite number of values, we can arrive at a finite result! This can be written as:

🔥 Day 70/100 — #100DaysOfCode 💻 Solved Pascal’s Triangle II in C++ 🔺 Generated the kth row using an iterative approach, where each value = sum of adjacent elements from the previous row. A clean example of logic + optimization + precision 🧠 #LeetCode #CPP #ProblemSolving

shivam21102005's tweet image. 🔥 Day  70/100 — #100DaysOfCode

💻 Solved Pascal’s Triangle II in C++ 🔺
Generated the kth row using an iterative approach,
where each value = sum of adjacent elements from the previous row.
A clean example of logic + optimization + precision 🧠
#LeetCode #CPP #ProblemSolving

The mathematician Pasha Galashin recently proved that the amplituhedron, a shape that encodes particle interactions, can be built from patterns that arise in origami. quantamagazine.org/origami-patter…

QuantaMagazine's tweet image. The mathematician Pasha Galashin recently proved that the amplituhedron, a shape that encodes particle interactions, can be built from patterns that arise in origami. quantamagazine.org/origami-patter…

"Just calculated the greatest common divisor of two numbers using Java! It's amazing how the Euclidean algorithm simplifies finding the GCD efficiently. #JavaProgramming #GCD #EuclideanAlgorithm"

ReyedgeM's tweet image. "Just calculated the greatest common divisor of two numbers using Java! It's amazing how the Euclidean algorithm simplifies finding the GCD efficiently. #JavaProgramming #GCD #EuclideanAlgorithm"

Aprende Algoritmos de Programación con este recurso Con el código, ejecución paso a paso y de forma visual. +70 algoritmos de JavaScript, Java y C++ → algorithm-visualizer.org


Trigonometry: fails in this universe; If the line between every two points is geodesic; it is euclidean ; or random The almost repetition of oscillation;

BrooklynBrahma's tweet image. Trigonometry: fails in this universe; 

If the line between every two points is geodesic; it is euclidean ; or random 

The almost repetition of oscillation;

🧮 Uncover the beauty of the Euclidean Algorithm in Java! Learn how to find the Greatest Common Divisor (GCD) of two numbers with this enlightening tutorial. #EuclideanAlgorithm #GCD #JavaProgramming #AlgorithmTutorial #LearnToCode #JavaProgramming #UserDefinedMethod #GCD


"Just calculated the greatest common divisor of two numbers using Java! It's amazing how the Euclidean algorithm simplifies finding the GCD efficiently. #JavaProgramming #GCD #EuclideanAlgorithm"

ReyedgeM's tweet image. "Just calculated the greatest common divisor of two numbers using Java! It's amazing how the Euclidean algorithm simplifies finding the GCD efficiently. #JavaProgramming #GCD #EuclideanAlgorithm"

A factual headline would have been: 'The man whose name the word #algorithm was derived from'. BTW, intuitively/roughly, if one measure the worth of algorithm by a rating function of the form age*importance then the #EuclideanAlgorithm is arguably the best algorithm of all time.

Lol. The #BBC's pro-Muslim bias on full display (many important algorithms were invented hundreds of years before Al-Khwarizmi, e.g. by #Brahmagupta in #India, or, even earlier, by the #Greeks around #Euclid):

LGcommaI's tweet image. Lol. The #BBC's pro-Muslim bias on full display (many important algorithms were invented hundreds of years before Al-Khwarizmi, e.g. by #Brahmagupta in #India,  or, even earlier, by the #Greeks around #Euclid):


لا توجد نتائج لـ "#euclideanalgorithm"

"Just calculated the greatest common divisor of two numbers using Java! It's amazing how the Euclidean algorithm simplifies finding the GCD efficiently. #JavaProgramming #GCD #EuclideanAlgorithm"

ReyedgeM's tweet image. "Just calculated the greatest common divisor of two numbers using Java! It's amazing how the Euclidean algorithm simplifies finding the GCD efficiently. #JavaProgramming #GCD #EuclideanAlgorithm"

The Secret Rules of Modern Living: #EuclideanAlgorithm: Cool clever with Marcus du Sautoy on #iPlayer #Tech #Maths

unifiedg's tweet image. The Secret Rules of Modern Living: #EuclideanAlgorithm: Cool clever with Marcus du Sautoy on #iPlayer #Tech #Maths

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