Jocelyn Delk Adams on Instagram: "Comment “RECIPE” to have the FULL Printable RECIPE with DETAILED Instructions and Step By Step Images of these BLUEBERRY LEMON BUTTER SWIM BISCUITS sent to you! 🫐🍋🫐🍋 Welcome to my new recipe series “Berry Necessary” I will be sharing my fave berry recipes to make all Spring and Summer! Grab these Ingredients! * Unsalted butter * All-purpose flour * Salt * Baking powder * Granulated sugar * Buttermilk * Blueberries * Lemons for juice and zest * Powdered sugar

JITO Youth on Instagram: "_They say CAs never miss a single decimal, and the vision of an eagle_, CA Sarthak Ahuja dissected ideas, trends, and realities with remarkable clarity. Grateful for him explaining Jainism & JITO with such clarity and depth. The research, precision and perspective truly added value and inspired meaningful dialogue 🤍 Looking forward to more such collaborations and welcoming you soon like we did at IGNITE. 🔗 in bio : https://qr.jitoworld.org/app 👉 Swipe, reflect & stay

Engineering in Real Life on Instagram: "In this post, the familiar approximate value of pi (3.14) is reinterpreted as a metaphor for inevitable “returns” and future reunions. It’s accompanied by a 14-second video featuring rotating wireframe spheres and grids, where the angles seem to “trace” the digits of pi, evoking associations with cosmic cycles and repeating orbits. The post was published by @Kekius_Sage — a creator who describes himself as an expert in physics and mathematics. Within just

Gravity Assist on Instagram: "This is Tupper’s Self-Referential Formula. It looks like a normal inequality, but when graphed at a specific location, it draws itself. Here is how the math works: Take any 106x17 pixel image. Convert the pixels into binary. Turn that binary into a massive decimal number (K). Graph the formula at height K. Because the Y-axis is infinite, this graph technically contains every 106x17 pixel bitmap that has ever existed—or will ever exist. #math #coding #tuppersformula