Eli Schell

⚡ECE Student⚡️
🛡️Defend the West🛡️
💫per aspera ad astra💫

[Eli Schell @EliJohnSchell]

"Thinking rigorously is the hardest of human endeavors... that's why so few people do"

[Eli Schell @EliJohnSchell]

@ClownWorld

[Eli Schell @EliJohnSchell]

@TheBabylonBee

[Eli Schell @EliJohnSchell]

@eurofounder The euro-poors strike again

[Eli Schell @EliJohnSchell]

@VonYasin77 @308RL @GadSaad That'll show em

[Eli Schell @EliJohnSchell]

@AutismCapital

[Eli Schell @EliJohnSchell]

@IntEngineering The kind of fit you need to survive walking around the UK streets

[Eli Schell @EliJohnSchell]

@geoffkeighley @WSJ Average boomer

[Eli Schell @EliJohnSchell]

@MurrayHillGuy1

[Eli Schell @EliJohnSchell]

@BenDiFrancesco 1.3 trillion to Israel

[Eli Schell @EliJohnSchell]

@docrussjackson Indeed comrade

[Eli Schell @EliJohnSchell]

@jackunheard

[Eli Schell @EliJohnSchell]

@TRHLofficial @MikeNellis

[Eli Schell @EliJohnSchell]

@wil_da_beast630 What is a woman

[Eli Schell @EliJohnSchell]

@adewale_ad30628 @OfficialTresure 🤓

[ScieVision @scievision369]

Lagrange points ✍️

When two large objects orbit each other in space, like the Sun and Earth, their combined gravity creates five special points called Lagrange points. At these points, a smaller object like a spacecraft can remain perfectly still relative to both bodies without drifting away, because all the forces acting on it balance out. Three of these points, L1, L2, and L3, lie along the straight line connecting the two bodies. L1 is located between them, L2 is just behind the smaller body, and L3 is directly on the opposite side of the larger body. These three points are unstable; if you nudge something there, it will slowly drift away, much like a ball balanced on top of a hill. Still, they are very useful; the James Webb Space Telescope is positioned at L2, where it remains cool and has a clear view of deep space. The other two points, L4 and L5, are the truly special ones. They are positioned 60 degrees ahead of and behind the smaller body in its orbit, forming a triangle with the two large masses. These points are naturally stable, like a ball resting in a bowl; if something is nudged, it will gently drift back. Thousands of asteroids have been resting at Jupiter's L4 and L5 for billions of years because of this stability. The red figure-8 shape shown in the diagram is called the Roche lobe, which marks the boundary of the smaller body's gravitational zone. If a star in a binary system expands beyond this boundary, its gas spills over to the companion star through L1, similar to water overflowing between two connected bowls. In simple terms, Lagrange points are nature's free parking spots in space, and we are just beginning to explore their use.

[Cosmos Archive @cosmosarcive]

At first glance, Gradient, Divergence, and Curl may look like just more symbols from vector calculus. In reality, they describe three fundamentally different ways a field can behave. Understanding the intuition behind them makes many concepts in physics and engineering much easier to visualize.

The Gradient points in the direction of the steepest increase of a scalar quantity and tells us how rapidly that quantity changes. Divergence measures the net flow leaving or entering a point, helping identify sources and sinks within a vector field. Curl, on the other hand, measures the tendency of a field to rotate or circulate around a point.

These three operators form the mathematical language behind phenomena such as heat flow, fluid motion, gravity, and electromagnetism. Mastering their physical meaning is often more important than memorizing their formulas, because they provide a powerful way to understand how fields behave in the real world.

[Eli Schell @EliJohnSchell]

@KirkWrites79 What is a man REALLY though? You're just splitting hairs