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Understanding the Hydrologic Cycle: Precipitation, Wind, and Temperature Scales

Explore the fascinating dynamics of the hydrologic cycle, including precipitation, wind patterns, evaporation, and ocean temperatures. Learn about the various temperature scales - Kelvin, Celsius, and Fahrenheit - and their significance in weather phenomena. Dive into pressure systems, atmospheric layers, and more in this comprehensive guide.

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Understanding the Hydrologic Cycle: Precipitation, Wind, and Temperature Scales

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  1. THE HYDROLOGIC CYCLE PRECIP WIND EVAPORATION OCEAN

  2. TEMPERATURE SCALES PRESSURE Temperature Scales KELVIN CELSIUS FAHRENHEIT (freezing=273K) (freezing=0C) (freezing=32F) (boiling=373K) (boiling=100C) (boiling=212F) Pressure(EXAMPLE) 990MB 995MB 1000MB 1005MB Pressure=Force/Area Surface B In summary we see that at Station A they are Are under the influence of higher pressure then Station B. Surface A STATION A 1000MB STATION B 995MB

  3. Quick Look Equations Pressure=Force/Area Density=Mass/Volume 1bar=1000mb=100,000Pa 1013.25mb=101,325Pa 1mb=0.02953in Hg 33.865mb=1in Hg

  4. Atmospheric Layers THERMOSPHERE 85KM MESOPAUSE MESOSPHERE 50KM STRATOPAUSE STRATOSPHERE 10KM Tropopause TROPOSPHERE(Weather Layer) 0KM -60C -40C -20C 0C 20C

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