@emin.tas74: #CapCut #fy #matematik matematik edit

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Tuesday 21 April 2026 16:28:59 GMT
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psdaminalmin
psdaminalmin :
Math so easy bro
2026-06-16 12:34:02
1
iimr760
Imri ✨ :
@Yeison:30+30x2=90, π112 (9-x2) ² - (x + 7) 2dx V = π12 (x4-18x² + 81) - (x² + 14x + 49) dx V = pi / 12 (x4 - 19x2 - 14x + 32) dx19 V = x [-x-12 y = x + 79 - x² = x + 7 Entonces x = 1 y x = -2 V = π112 (9-x2) ² - (x + 7) 2dx V = π12 (x4-18x² + 81) - (x² + 14x + 49) dx V = pi / 12 (x4 - 19x2 - 14x + 32) dx 19 V = x [-x-12x3-7 y = x + 79 - x² = x + 7 Entonces x = 1 y x = -2 V = π112 (9-x2) ² - (x + 7) 2dx V = π12 (x4-18x² + 81) - (x² + 14x + 49) dx V = pi / 12 (x4 - 19x2 - 14x + 32 9 - x² y = x + 79 - x² = x + 7 Entonces x = 1 y x = -2 V = π112 (9-x2) ² - (x + 7) 2dx V = π12 (x4-18x² + 81) - (x² + 14x + 49) dx V = pi / 12 (X4 - 19x2 - 14x + 32) dx19 V = x [-x-12 y = x + 79 - x² = x + 7 Entonces x = 1 y x = -2 V = π112 (9-x2) ² - (x + 7) 2dx V = π12 (x4-18x² + 81) - (x² + 14x + 49) dx V = pi / 12 (x4 - 19x2 - 14x + 32) dx 19 V = x [-x-12x3-7 y = x + 79 - x² = x + 7 Entonces x = 1 y x = -2 V = π112 (9-x2) ² - (x + 7) 2dx V = π12 (x4-18x² + 81) - (x² + 14x + 49) dx V = pi / 12 (x4 - 19x2 - 14x + 32) como saben 9 - x² produce y = x + 79 - x² = x + 7 Entonces x = 1 y x = -2 V = π112 (9-x2) ² - (x + 7) 2dx V = π12 (x4-18x² + 81) - (x² + 14x + 49) dx V = pi / 12 (x4 - 19x2 - 14x + 32) dx19 V = x [-x-12 y = x + 79 - x² = x + 7 Entonces x = 1 y x = -2 V = π112 (9-x2) ² - (x + 7) 2dx V = π12 (x4-18x² + 81) - (x² + 14x + 49) dx V = pi / 12 (x4 - 19x2 - 14x + 32) dx 19 V = x [-x-12x3-7 y = x + 79 - x² = x + 7 Entonces x = 1 y x = -2 V = π112 (9-x2) ² - (x + 7) 2dx V = π12 (x4-18x² + 81) - (x² + 14x + 49) dx V = pi / 12 (x4 - 19x2 - 14x + y = x + 79 - x² = x + 7 Entonces x = 1 y x = -2 V = π112 (9-x2) ² - (x + 7) 2dx V = π12 (x4-18x² + 81) - (x² + 14x + 49) dx V = pi / 12 (x4 - 19x2 - 14X + 32) dx19 V = x [-x-12 y = x + 79 - x² = x + 7 Entonces x = 1 y x = -2 V = π112 (9-x2) ² - (x + 7) 2dx V = π12 (x4-18x² + 81) - (x² + 14x + 49) dx V = pi / 12 (x4 - 19x2 - 14x + 32) dx 19 V = x [-x-12x3-7 y = x + 79 - x² = x + 7 Entonces x = 1 y x = -2 V = π112 (9-x2) ² - (x + 7) 2dx V = π12 (x4-18x² + 81) - (x² + 14x + 49) dx V = pi / 12 (x4 - 19x2 - 14x + 32) es 8 - x² y= x+79 - x² =3+6_433235) +(5±685() >< = 90
2026-05-26 12:57:12
4
ix.ara.56.arsham
ÃℝÂ :
1+57%50±89∆180⁰-(89*67)=2,894,870.6 (2,894,870.6±*∆) class 12 kurdistan🖤🥀
2026-05-26 11:00:39
1
hotpot801
Hotpotbyersitos tutorials :
TikTok isn’t fair😭💔
2026-06-03 18:50:31
1
ayed.48
A :
2026-06-01 13:33:49
1
khiredine26
🫀𝕖^π𝕚+1=0🧠 :
e^iπ+1=0
2026-07-01 20:36:25
1
alena_201455
😺🩷 :
как песня называется
2026-05-30 18:31:59
3
user1799116121523
kinder :
2026-06-18 14:29:51
3
frez_pod_gradusom
..... :
сделайте пж стикер с этого
2026-06-06 18:18:45
1
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#fyp #tornado #edit #tornadotok  #stormseason Tornadoes are one of the rare forces in nature that can look like living art while carrying unimaginable power. When a supercell storm matures, the sky darkens into layers of charcoal gray and deep green, and the air itself begins to move with intention. Rotation forms high in the storm, slow at first, then tightening like a giant invisible wheel turning in the sky. From that spinning cloud base, a funnel may descend, smooth and sculpted, almost like it was carved from the air itself. Sometimes the condensation forms a thin rope that twists and dances across fields. Other times it becomes a massive wedge, wide and solid, stretching from the storm clouds all the way to the ground like a pillar holding up the sky. The structure of a tornado can be strangely beautiful. The edges of the funnel often appear polished and glassy, especially when lightning flashes behind it, illuminating the rotating column for a split second like a photographer’s flash. Around the tornado, bands of rain wrap in perfect curves, spiraling inward toward the center. Dust, leaves, and debris swirl upward in a rising spiral that looks almost like a galaxy forming inside the storm. Storm chasers often describe large tornadoes as majestic because of how perfectly organized they appear. Everything in the storm moves with purpose. The inflow winds rush toward the circulation, the clouds rotate in wide arcs overhead, and the funnel itself turns with incredible speed yet eerie smoothness. It is nature operating at full power, following the laws of physics with terrifying precision. What makes tornadoes so haunting is that the same symmetry and elegance that make them look artistic also hide something incredibly violent. Inside that rotating column the wind can exceed 200 miles per hour, capable of tearing apart buildings, ripping trees from the ground, and lifting vehicles like toys. But from a distance, before the destruction reaches you, a tornado can look almost unreal. The sky glows with strange colors, lightning flickers behind the storm, and the funnel moves across the landscape like a living sculpture of wind and cloud. It is this strange contrast that makes tornadoes unforgettable to anyone who has seen one. They are both beautiful and terrifying at the exact same time, a reminder that nature’s most destructive forces can also be its most visually striking.
#fyp #tornado #edit #tornadotok #stormseason Tornadoes are one of the rare forces in nature that can look like living art while carrying unimaginable power. When a supercell storm matures, the sky darkens into layers of charcoal gray and deep green, and the air itself begins to move with intention. Rotation forms high in the storm, slow at first, then tightening like a giant invisible wheel turning in the sky. From that spinning cloud base, a funnel may descend, smooth and sculpted, almost like it was carved from the air itself. Sometimes the condensation forms a thin rope that twists and dances across fields. Other times it becomes a massive wedge, wide and solid, stretching from the storm clouds all the way to the ground like a pillar holding up the sky. The structure of a tornado can be strangely beautiful. The edges of the funnel often appear polished and glassy, especially when lightning flashes behind it, illuminating the rotating column for a split second like a photographer’s flash. Around the tornado, bands of rain wrap in perfect curves, spiraling inward toward the center. Dust, leaves, and debris swirl upward in a rising spiral that looks almost like a galaxy forming inside the storm. Storm chasers often describe large tornadoes as majestic because of how perfectly organized they appear. Everything in the storm moves with purpose. The inflow winds rush toward the circulation, the clouds rotate in wide arcs overhead, and the funnel itself turns with incredible speed yet eerie smoothness. It is nature operating at full power, following the laws of physics with terrifying precision. What makes tornadoes so haunting is that the same symmetry and elegance that make them look artistic also hide something incredibly violent. Inside that rotating column the wind can exceed 200 miles per hour, capable of tearing apart buildings, ripping trees from the ground, and lifting vehicles like toys. But from a distance, before the destruction reaches you, a tornado can look almost unreal. The sky glows with strange colors, lightning flickers behind the storm, and the funnel moves across the landscape like a living sculpture of wind and cloud. It is this strange contrast that makes tornadoes unforgettable to anyone who has seen one. They are both beautiful and terrifying at the exact same time, a reminder that nature’s most destructive forces can also be its most visually striking.

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