When frictional forces near the surface disrupt geostrophie balance, B) the coriolis force is not afected and winds cont

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When Frictional Forces Near The Surface Disrupt Geostrophie Balance B The Coriolis Force Is Not Afected And Winds Cont 1 (30.29 KiB) Viewed 29 times

When frictional forces near the surface disrupt geostrophie balance, B) the coriolis force is not afected and winds continue to parallel isobars A) the coriolis force strengthens causing the wind to stop abruptly C) a strengthened coriolis force causes winds to turn to the right of isobar lines D) a weakened coriolis force causes winds to tum to the left of isobar lines 9. Air spiraling outward from the center of a high pressure system near the surface would cause A) convergence, rising air and storms B) convergence, rising air, and clear skies C) divergence, sinking air, and clear skies D) divergence, sinking air, and storms 10. Air spiraling and diverging outward from a location near the tropopause would promote A) rising air and storms B) rising air and clear skies C) sinking air and clear skies D) sinking air and storms