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@cookscourt: Did you know you can test how fresh an egg is with just a glass of water? 🤯💦 Meet our little egg scientist! 🧑‍🔬😂 Here's the trick: 🥚 SINKS and lies flat? Usually a fresher egg! 🥚 SINKS but stands upright? It's getting older. 🥚 FLOATS? It's likely an older egg because its air pocket has grown. ⚠️ IMPORTANT: Floating doesn't automatically mean an egg is spoiled! The water test indicates age, not guaranteed food safety. If you're unsure whether an egg is safe, don't risk eating it. 😂 Be honest... did you know this trick? ❤️ SAVE this kitchen tip for later! 📲 SHARE with someone who needs to know! 👉 Follow @cookscourt for more fun food facts and kitchen hacks! #EggHack #KitchenHacks #FoodFacts #CookingTips #DidYouKnow

Cooks Court
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Monday 26 October 2026 19:07:43 GMT
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repinscales77
repinscales77 :
that's not science that's paying attention to what's going on around you
2026-10-26 19:15:36
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Marg bar jomouri e eslami, ke Iran ra kharab kardeh Dm @iranian framemaxxer• Following to join the library of Eranshahr Graham’s number is one of the most famously enormous quantities in mathematics, becoming well known because it is so unimaginably large that ordinary methods of writing numbers cannot possibly represent it. It was introduced by mathematician Ronald Graham while working on a problem in Ramsey theory, a branch of mathematics that studies patterns and structures that inevitably appear when systems become sufficiently large. To understand Graham’s number, it helps to know that mathematicians have developed special notation for describing extremely large quantities. Ordinary multiplication can be thought of as repeated addition, while exponentiation can be thought of as repeated multiplication. Mathematicians can then continue this idea with increasingly powerful operations, creating enormous power towers and eventually using Knuth’s up-arrow notation to describe operations far beyond ordinary exponentiation. Graham’s number is constructed using this notation in a recursive process, where each stage creates an extraordinarily larger quantity than the stage before it. The number of operations used in each stage itself becomes unimaginably large, meaning that the process grows far faster than anything we normally encounter. Even the earliest stage of the construction is already far beyond numbers such as a googol or a googolplex, and the later stages make those quantities seem almost insignificant by comparison. Despite its incredible size, Graham’s number is still a finite number. It is not infinity, because it has a definite mathematical value and can be precisely defined, even though writing out its decimal expansion would be completely impractical. In fact, Graham’s number is so large that simply describing how many digits it has would require quantities vastly larger than anything humans could physically record. Interestingly, the mathematical problem that originally led to Graham’s number does not require the entire number as the exact answer; smaller bounds have since been found. Nevertheless, Graham’s number remains famous because it demonstrates just how powerful mathematical notation can be. It shows that mathematics can define quantities that are unimaginably larger than anything we could encounter in everyday life, while still remaining perfectly finite and precisely defined. Graham’s number is therefore less interesting because of its individual digits and more interesting because of the incredible way it is constructed, showing how quickly mathematical operations can grow when they are repeatedly applied to themselves. #iran #iranian #sad #freeiran #viral
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