nexus of money on Instagram: "Most vehicles accelerate. This one teleports. 🤯🚀 You are watching a test of China's "T-Flight" hyperloop, a system that has just set a world record by accelerating a one-ton vehicle to over 700 km/h (435 mph) in just two seconds. This isn't a train; it is a demonstration of pure electromagnetic physics. The pod levitates using powerful magnets to eliminate friction, while a linear synchronous motor—essentially an "unrolled" electric motor stretching the length of

Fred Duncan on Instagram: "You don’t need to toe drag. Most young athletes try to toe drag because they’ve seen it in some elite sprinters and assume it’s the cause of speed. That’s the first mistake. Actively dragging the toe doesn’t help you accelerate. Creating friction against the ground outside of true stance doesn’t move you forward faster. The second explanation people give is that a lower heel helps you get the foot back on the ground sooner so you can push. That idea only holds if it em

AccelerateTV on Instagram: "Christmas is the season of giving… but this is still the visa office. Amstel Malta in hand, smiles loading, motives pending. Some people give freely. Others give with hope in their hearts. People like Moses.. 🤭 As Detty December kicks off, here’s the reminder, be your best this season, even when nobody is watching. Visa On Arrival Season 8 Christmas Special is now live on our YouTube channel. Hurry now to watch it with friends. #VisaOnArrival #AccelerateTV #Christmas

AccelerateTV on Instagram: "Francis is always pressed. Flora doesn’t care, but he never misses a chance to remind anyone who will listen that he is not their mate. This Christmas Special serves more than you’d expect — interesting, awkward, and completely hilarious. It’s the Visa On Arrival Season 8 Christmas Special, and the visa office is already in full character. Watch now on our YouTube channel. Link in bio. #VisaOnArrival #AccelerateTV #ChristmasSpecial #DettyDecember #Nollywood"

Knowledge Matrix on Instagram: "Seaplanes begin takeoff by accelerating across the water surface instead of a paved runway. As speed increases, the floats or hull generate hydrodynamic lift by forcing water downward and outward. This lift raises the aircraft and reduces surface contact, which lowers drag. Once the aircraft rises onto the step, water resistance drops sharply. The wings then produce sufficient aerodynamic lift, allowing the seaplane to leave the water and transition into normal fl