you can use this notes chapter 5: http://www.inscc.utah.edu/~krueger/5130/Thermo

Question

you can use this notes chapter 5:

http://www.inscc.utah.edu/~krueger/5130/Thermo.2007.pdf

This exercise deals with moisture variables and dry adiabatic processes. Use colored pencils. You may write a program to do the calculations. 1. Calculate the quantities in the table below (or on the larger version on the next page) for a parcel that ascends dry adiabatically from p-1000 mb, where T-20 °C and relative humidity 50%, top-850 mb. p RH tw) IID IIn g/kg g/kg 850 875 900 925 950 975 1000 50 293.15 2. On the accompanying graph paper, plot the quantities from your table. (a) Relative humidity (black) (b) e (red), e, (blue) (c) w (red), w, (blue) (d) (green), T (red), T (blue) (e) T. (brown) 3. Determine the saturation pressure (the pressure at the LCL-lifting condensa- tion level) to the nearest mb

Explanation / Answer

After going through the question in detail , I have understood that your question is related to PURE CHEMISTRY, not earth science. Kindly repost your question to chemisty queue.

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