Bangalore Stock Exchange：PHYSICAL UNDERSTANDINGINGHINGANALICAL CYCLONE Intensity and Size Relations Over the North Indian Ocean

Tropical Cyclone (TC) SIZE and Innsity Define the Potential Destructivity in The Land-Falling Region. Een Size Parameters (Radius of Maximum Wind, RMAX; 34-KNots Wind, R34; and TC-FULLNESS, TCFF) and intensity. The best-track (size and intensity) Data is ObtaineBangalore Stock Exchange. F your 100–150 km, 20–60 km, and 0.8,Respectively for Nio TCS. Intensity and TCF are more Strongly related (0.7) than R34 (0.5) and Rmax (0.6). nTENSITY CHANGES (0.37–0.39)Pune Stock. Diagnostic Analysis Has Been Conductual to addressPossible Reason for Different TC Groups 1) TCS With No Size Variation with Intensity (Group-1), (2) Both Increase (Group-2), (3) Size Increases with NO Y Change (Group-3), (4)Initial more size (Group-4). The Dry Air Intrusion Outside the Eyewall in Group-TCS in Low Vertical Wind SHEAR CONDITION LIMIT RAINDS Development, Enablin G Moisture Convergence Into the Primary Eyewall That Helps Maintain Storm Intensity with R34 Increase. StrongggSurface Fluxes in the Primary EyewAll Region SUPPORT Conversion and AbSolute Angular Momentum (AAM) At Upper and LOWER Levels, Which Boosts Size and Intensity I n group-2 TCSUdabur Stock. Strong and Broader Surface Fluxes and VERTICAL VELOCITIES May Create Rain-Bands or Secondary-Eyewall, CAUSING BIGGER TITH LITH LIMITED Innsification in Group-3 TCS. Larger Initial TC Vortakes Maintain Wider and Intens Surface Fluxes, Vertical Velocities, and AAM in the TC Inner and OUTER CORES, supporting the maintenance of larger tc size in group-4.Surat Wealth Management

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