#Divisor | Explore Tumblr posts and blogs

jenwour · 10 months ago

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mini pack symbols ᎓

！？ ׅ ࣪𓏲ּ ֶָ 𐫱 ﷼ 𖤐ʾ ✿

ᥫ᭡ ✩ ♡̶ 𑊩 ೀ 𝄞 𑁍

旗 𖧷 𖦹 ୨ৎ ઇ ぉ ⭑

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soulari · 1 year ago

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　　✦　　 છ　random dividers　 ⏆　 by soulari

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jiasaurr · 29 days ago

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M. もか ꒱

introverted person ♡

maybe ... ☆

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sweetkeh · 8 months ago

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⠀⠀⠀⠀ 𝅄⠀𓊆 © new dividers 𓊇 ㅤׄㅤ 𝜗 ♥︎ 𝜚

𓂃✦ Esses dividers foram pegos diretamente em um servidor do Discord! . ﹏🎀

ㅤ⠀𝅭ㅤ𝅭ㅤ⎯⎯ㅤㅤִㅤㅤ୨⠀🍥⠀୧ㅤㅤִ⠀⠀⎯⎯⠀ㅤ𝅭ㅤ𝅭

⠀𝅭ㅤ𝅭ㅤ⎯⎯ㅤㅤִㅤㅤ୨⠀🍥⠀୧ㅤㅤִ⠀⠀⎯⎯⠀ㅤ𝅭ㅤ𝅭

#tumblr dividers #dividers #coquette #💗#laços #decoração #Discord #🍰#decorador #divisor #header #png divider #🌸#pink #pink aesthetic

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ch9xhleye · 2 years ago

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Oie. Você tem alguma header que combine com esse icon? Agradeço desde já ❤

oie, eu fiz essas aqui pra vc, espero que goste ♡⁠♡⁠

obrigado pelo request!

headers/divisor são meus

#layouts #headers #icons #aesthetic #divider #mine #meu #divisor #answered ask

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altrbody · 1 year ago

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Lygia Pape, Divisor, 1968.

Divisor is a piece that the artist presented for the first time at the Río de Janeiro Museu de Arte Moderna in 1968. She herself underlined that the participation of spectators is a crucial element of the work, something quite characteristic of the poetics of the Neo-Concrete movement. With Divisor, Pape wanted to create a collective work that could be repeated even when she was not present.

The action consists of an enormous piece of white fabric through which members of the audience poke their heads while their bodies remain enveloped in the fabric. With this piece Pape broke the dividing line between observer and participant. The artist invited the crowd to complete the piece by participating in it, through a proposal that illustrates Lygia Pape's search for ways to appropriate public space and bring about creative transformation in urban life.

#lygia pape #divisor #art #neoconcrete

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edgythoughts · 1 month ago

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Why Are Prime Numbers Important 2025

The Book-Style Answer (What Teachers Want You to Know) Prime numbers are the building blocks of all other whole numbers. A prime number is any number greater than 1 that has exactly two distinct positive divisors: 1 and itself. This means it can’t be divided evenly by any other whole number. Some common examples: 2, 3, 5, 7, 11, 13, 17… Why do they matter so much? 1. They’re the foundation of number theory. Every whole number greater than 1 can be written as a product of prime numbers — this is called the Fundamental Theorem of Arithmetic. So just like atoms build up all matter, prime numbers build up all whole numbers. 2. They keep your data safe. Prime numbers are the unsung heroes of modern encryption. Most security systems — from online banking to private messaging — rely on the difficulty of factoring very large prime numbers. It’s super easy to multiply two big primes together, but ridiculously hard (even for computers) to reverse-engineer the original primes from their product. 3. They help us understand math patterns. From geometry to algebra to complex algorithms, prime numbers often pop up in surprising places — especially when we try to find patterns or predict outcomes in large sets of numbers. 4. They’re deeply mysterious. We’ve been studying primes for over 2,000 years, and there’s still no formula that generates all of them. We don’t even know if there's a pattern to their distribution. Mathematicians are still chasing answers. In short, prime numbers might look random, but they’re a kind of mathematical gold: rare, powerful, and fundamental. —

The Real-Talk, Friendly Version Alright, let’s be honest. When you first hear the phrase "prime numbers," you probably feel your brain start to glaze over. Like — why do we care if 7 can’t be divided by anything but 1 and itself? That’s not exactly Netflix material. But here’s the truth: prime numbers are the rebels of the math world. They don’t follow the crowd. They can’t be split evenly by anyone except themselves and 1. They’re fiercely independent — and somehow, every single other number in existence is made from them. Seriously — all the big, complicated numbers out there? They’re just prime numbers multiplied together in different ways. So if math were made of LEGO bricks, prime numbers would be the tiny core blocks that everything else snaps onto. But that’s not even the coolest part. Prime numbers are also your digital bodyguards. You know how you can buy stuff online, text your friend something super personal, or check your bank account without everyone on the internet reading over your shoulder? That’s all thanks to prime numbers and encryption. The tech basically hides your info inside really big prime number puzzles that only your computer can solve. And get this — even though we’ve been studying them forever, we still don’t know why primes act the way they do. They’re unpredictable. Mysterious. Beautifully weird. Some of the smartest people alive are still trying to crack their secrets. So yeah — primes might seem like just a math thing, but they’re actually everywhere, from your phone security to ancient codes to theories about the universe. They matter. A lot. — External Resource: Want to dig deeper into the mystery of prime numbers? Check the Wikipedia page: Prime Number https://en.wikipedia.org/wiki/Prime_number — Related Articles from EdgyThoughts.com: Why Is Zero So Powerful in Math 2025 https://edgythoughts.com/why-is-zero-so-powerful-in-math-2025 Why Infinity Isn’t Just a Number 2025 https://edgythoughts.com/why-infinity-isnt-just-a-number-2025 — Disclaimer: The following easy answer is written in a simplified and relatable style to help you understand the topic better. If your teacher expects the textbook version and you write this instead, we are not responsible for any loss of marks. Our goal is purely to make concepts easier to grasp. — Read the full article