F1 Explained: Aerodynamics, drag and DRS

Aerodynamics Lesson for Kids: Definition & Facts

88K views · 71 shares | There are some incredibly complex aerodynamic principles going on here. For example, why are there ripples? At what distance does the wiper no longer have an affect on the water? | Smarter Every Day | Facebook

@spaceversex on Instagram: "The physics behind SpaceX's Falcon 9 involves Newton's laws (thrust from expelling mass), combustion of RP-1 kerosene and liquid oxygen by Merlin engines, aerodynamic principles (grid fins, drag), guidance systems (GPS, sensors), and orbital mechanics, all working together for efficient launch, staging, atmospheric re-entry, and controlled vertical landing, making it a reusable orbital-class rocket. The fundamental principle behind the Falcon 9's ascent is Newton’s Th

aircoredynamics on Instagram: "Aerodynamics is the study of how air moves around objects and how those objects interact with the flow of air, which is crucial in understanding flight, vehicle design, and even sports performance. It focuses on forces such as lift, drag, and thrust, which determine whether something can fly smoothly, resist air resistance, or move efficiently through the atmosphere. Engineers and scientists apply aerodynamic principles to design airplanes, cars, rockets, and even