
LC
45.1K posts






















@plain_see Sure. - Tiny - WAY tinier than gravity. - Electrons move all the time. Two spheres would both gain/lose them at EXACTLY the same rate. Micro to macro average. A trillion coin flips averages out. - Grounding balances potential to zero. Period. PERIOD. 👈 You tried SO HARD.



@plain_see Sure. - Tiny - WAY tinier than gravity. - Electrons move all the time. Two spheres would both gain/lose them at EXACTLY the same rate. Micro to macro average. A trillion coin flips averages out. - Grounding balances potential to zero. Period. PERIOD. 👈 You tried SO HARD.











In school, physics often begins with memorizing equations for velocity, acceleration, and motion. Later, calculus introduces differentiation and integration—powerful ideas that can feel abstract at first. Then comes the moment when everything connects. The equations of motion are no longer just formulas. Velocity becomes the derivative of position. Acceleration becomes the derivative of velocity. Integration reveals motion evolving over time. Suddenly, the abstract and the physical are no longer separate—they are the same language. That is the moment when mathematics stops being something to memorize and starts becoming something to truly understand.





Cavendish Debunked.


@OwenBenjamin Everything you need to know about “gravity” 👍 The experts can explain.







