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@tummytacofficial: When you need a drink that just gets you 🍃✨ Refreshing enough to hit the spot, flavorful enough to keep you coming back. Tummy Tac Peach Lemon Iced Tea — made for every moment of your day! 🥤💛 👉 Experience it yourself — order now via yellow basket #TummyTac #TummyTacwhitechocolatematcha #tummytaccaramelmacchiato #tummytacpeachlemonicedtea #WellnessDrinks @Happy Tummies

Tummy Tac Main
Tummy Tac Main
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Region: PH
Thursday 23 April 2026 02:00:00 GMT
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hhshopfinds
H and H Shop by Princes :
@Ar3 @Alyssa Merrielle Del Rosario @hylencutie
2026-04-27 07:18:19
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2026-04-23 04:06:21
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#خاكهےانسان China’s 700 km/h Maglev Train Test — What It Is Recently (December 2025), Chinese researchers set a new world speed record for a magnetic levitation (maglev) train by accelerating a test vehicle to 700 km/h (about 435 mph) in just 2 seconds. What Technology Is Being Used? This is maglev train technology, not a regular high-speed rail. Maglev (short for magnetic levitation) means The train floats above the track without physical contact. Powerful electromagnets lift and propel the vehicle, eliminating most friction. This allows for much higher speeds than conventional wheel-on-rail trains. Unlike current commercial high-speed trains that run on steel wheels and tracks, maglev trains use magnetic forces to levitate, reducing wear and energy loss. The Recent 700 km/h Maglev Where: A 400-meter (about 1,310 ft) experimental maglev track in China. What was tested: A one-tonne experimental vehicle designed for maglev research. Speed achieved: 700 km/h (around 435 mph). Acceleration: This speed was reached in just 2 seconds — extremely rapid for any ground vehicle. Stopping: The train was safely brought to a halt after reaching top speed, showing good control and braking at ultra-high speeds. This is a test prototype — not yet a commercial service. It’s aimed at pushing the limits of maglev technology for future transport systems. Current commercial high-speed trains (like China’s CRH and Fuxing trains) have top operating speeds around 350–400 km/h on real rail networks. Shanghai’s existing commercial maglev line (connecting Pudong airport) runs at about 430 km/h in normal service — one of the fastest in regular passenger operation. The new 700 km/h achievement far exceeds both of these but is still a test result, not something people ride yet. This milestone is significant for several reasons: This is the fastest speed achieved by a superconducting electric maglev system in tests. Maglev technology drastically reduces energy lost to friction, allowing much higher speeds than wheel-on-rail systems. Ultra-high-speed maglev (and even vacuum tube systems like hyperloop) could one day connect cities in minutes instead of hours. Summary Technology Magnetic levitation (maglev) Top test speed achieved 700 km/h (435 mph) Acceleration 0 → 700 km/h in 2 seconds Type Experimental test vehicle, not commercial service Significance World record for superconducting maglev speeds. #dubai #foryou #foryoupage
#خاكهےانسان China’s 700 km/h Maglev Train Test — What It Is Recently (December 2025), Chinese researchers set a new world speed record for a magnetic levitation (maglev) train by accelerating a test vehicle to 700 km/h (about 435 mph) in just 2 seconds. What Technology Is Being Used? This is maglev train technology, not a regular high-speed rail. Maglev (short for magnetic levitation) means The train floats above the track without physical contact. Powerful electromagnets lift and propel the vehicle, eliminating most friction. This allows for much higher speeds than conventional wheel-on-rail trains. Unlike current commercial high-speed trains that run on steel wheels and tracks, maglev trains use magnetic forces to levitate, reducing wear and energy loss. The Recent 700 km/h Maglev Where: A 400-meter (about 1,310 ft) experimental maglev track in China. What was tested: A one-tonne experimental vehicle designed for maglev research. Speed achieved: 700 km/h (around 435 mph). Acceleration: This speed was reached in just 2 seconds — extremely rapid for any ground vehicle. Stopping: The train was safely brought to a halt after reaching top speed, showing good control and braking at ultra-high speeds. This is a test prototype — not yet a commercial service. It’s aimed at pushing the limits of maglev technology for future transport systems. Current commercial high-speed trains (like China’s CRH and Fuxing trains) have top operating speeds around 350–400 km/h on real rail networks. Shanghai’s existing commercial maglev line (connecting Pudong airport) runs at about 430 km/h in normal service — one of the fastest in regular passenger operation. The new 700 km/h achievement far exceeds both of these but is still a test result, not something people ride yet. This milestone is significant for several reasons: This is the fastest speed achieved by a superconducting electric maglev system in tests. Maglev technology drastically reduces energy lost to friction, allowing much higher speeds than wheel-on-rail systems. Ultra-high-speed maglev (and even vacuum tube systems like hyperloop) could one day connect cities in minutes instead of hours. Summary Technology Magnetic levitation (maglev) Top test speed achieved 700 km/h (435 mph) Acceleration 0 → 700 km/h in 2 seconds Type Experimental test vehicle, not commercial service Significance World record for superconducting maglev speeds. #dubai #foryou #foryoupage
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