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@pelirojo1921:

Pelirrojo1921
Pelirrojo1921
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Saturday 19 March 2022 19:22:44 GMT
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cesar arredondo :
chulada de mujer bb hermosa 🥰🥰🥰🥰🥰🥰
2022-03-19 20:30:15
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#comedia #tiktok #congolaise🇨🇩 #buzz #kinshasa
#comedia #tiktok #congolaise🇨🇩 #buzz #kinshasa


Kenshi, açık dünya bir RPG ve sandbox oyunudur. Oyunda belirlenmiş bir ana hikâye veya sizi yönlendiren görevler bulunmaz. Ticaret yapabilir, kendi üssünüzü kurabilir, bir ekip toplayabilir, araştırmalar yapabilir veya tamamen gezgin olarak yaşayabilirsiniz. #gaming #kenshi
Kenshi, açık dünya bir RPG ve sandbox oyunudur. Oyunda belirlenmiş bir ana hikâye veya sizi yönlendiren görevler bulunmaz. Ticaret yapabilir, kendi üssünüzü kurabilir, bir ekip toplayabilir, araştırmalar yapabilir veya tamamen gezgin olarak yaşayabilirsiniz. #gaming #kenshi

"هنا حيث تنام أرواح الشهداء، أرفع ندائي: اللهم ارزقني لحاقاً بركبهم، وامنحني موتاً كريماً في سبيلك." #شعب_الصيني_ماله_حل😂😂 #شهداء_العراق_ذكرى_لا_ينساها_الجميع #شهداء #شعب_الصيني_ماله_حل😂😂
Fighter jets can point their exhaust in any direction mid-flight. The engine itself becomes the control surface. ✈️💀 No wing movement. No rudder. Just redirected thrust. Here's how thrust vectoring actually works 👇 🔵 Ring of linear actuators — arranged radially around the exhaust 🔵 Each actuator independent — pushes or pulls its nozzle segment 🔵 Overlapping petals tilt — redirecting exhaust away from centerline 🔵 Up, down, left, right — any direction, continuously variable 🔵 Pitch and yaw from the engine — not the wings 🔵 Operates under extreme heat and pressure — every maneuver Here's what this changes about flight 👇 Conventional control surfaces need airflow. No airflow. No control. At low speeds, tight angles, extreme attitudes — wings stop generating the forces that make control surfaces work. Thrust vectoring works when nothing else does. 👀 The F-22 can point its nose where no aerodynamics would allow it. Because the engine isn't just propulsion anymore. It's the steering system. 💀✈️ Save this — thrust vectoring is the engineering that separates a fast aircraft from an impossible one. 🔖 Follow for weekly breakdowns on the aerospace engineering making physics negotiate. #ThrustVectoring #FighterJet #AerospaceEngineering #F22Raptor #JetNozzle
Fighter jets can point their exhaust in any direction mid-flight. The engine itself becomes the control surface. ✈️💀 No wing movement. No rudder. Just redirected thrust. Here's how thrust vectoring actually works 👇 🔵 Ring of linear actuators — arranged radially around the exhaust 🔵 Each actuator independent — pushes or pulls its nozzle segment 🔵 Overlapping petals tilt — redirecting exhaust away from centerline 🔵 Up, down, left, right — any direction, continuously variable 🔵 Pitch and yaw from the engine — not the wings 🔵 Operates under extreme heat and pressure — every maneuver Here's what this changes about flight 👇 Conventional control surfaces need airflow. No airflow. No control. At low speeds, tight angles, extreme attitudes — wings stop generating the forces that make control surfaces work. Thrust vectoring works when nothing else does. 👀 The F-22 can point its nose where no aerodynamics would allow it. Because the engine isn't just propulsion anymore. It's the steering system. 💀✈️ Save this — thrust vectoring is the engineering that separates a fast aircraft from an impossible one. 🔖 Follow for weekly breakdowns on the aerospace engineering making physics negotiate. #ThrustVectoring #FighterJet #AerospaceEngineering #F22Raptor #JetNozzle

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