1. Please find the terminal velocity for the following rain drops. (a) Equivalent radius = 742...

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1. Please find the terminal velocity for the following rain drops. (a) Equivalent radius = 742 m, pressure = 70 kPa (b) Equivalent radius = 1266 m, pressure = 70 kPa (c) Equivalent radius = 2022 m, pressure = 50 kPa 2. Please determine the terminal velocity for the following cloud droplets. (a) Radius = 34 m (b) Radius = 5 m 3. Let's say we have two air parcels of air at 1000 hPa, and each parcel weighs 1 kg. Parcel 1: T = 14C, e = 1.076 kPa Parcel 2: T6C, e = 0.706 kPa If the two parcels mix, what is the temperature and vapor pressure of the resulting parcel? What is the relative humidity of the parcel? What is the dewpoint of the parcel? And finally, is the parcel saturated or unsaturated? 4. Please determine the amount of moisturizing and cooling required for the following parcel to reach saturation. NOTE!!! Please use Table 4-1 on Page 90 of the textbook and the figure attached to the end of this document to determine the saturation values for the given parcels. Further, assume the parcels are at Sea Level. (a) T = 22C, r = 5.8 g/kg (b) T = 12C, r = 7.66 g/kg (c) T=0C, r = 2.41 g/kg 5. Please find the precipitable water (in centimeters) for the following atmosphere. (a) Average mixing ratio=1 14.4 g kg between 100 kPa and 66 kPa (b) Average mixing ratio = 11.7 g kg 1 between 100 kPa and 88 kPa (c) Average mixing ratio = 3.14 g kg 1 between 100 kPa and 28 kPa 1. Please find the terminal velocity for the following rain drops. (a) Equivalent radius = 742 m, pressure = 70 kPa (b) Equivalent radius = 1266 m, pressure = 70 kPa (c) Equivalent radius = 2022 m, pressure = 50 kPa 2. Please determine the terminal velocity for the following cloud droplets. (a) Radius = 34 m (b) Radius = 5 m 3. Let's say we have two air parcels of air at 1000 hPa, and each parcel weighs 1 kg. Parcel 1: T = 14C, e = 1.076 kPa Parcel 2: T6C, e = 0.706 kPa If the two parcels mix, what is the temperature and vapor pressure of the resulting parcel? What is the relative humidity of the parcel? What is the dewpoint of the parcel? And finally, is the parcel saturated or unsaturated? 4. Please determine the amount of moisturizing and cooling required for the following parcel to reach saturation. NOTE!!! Please use Table 4-1 on Page 90 of the textbook and the figure attached to the end of this document to determine the saturation values for the given parcels. Further, assume the parcels are at Sea Level. (a) T = 22C, r = 5.8 g/kg (b) T = 12C, r = 7.66 g/kg (c) T=0C, r = 2.41 g/kg 5. Please find the precipitable water (in centimeters) for the following atmosphere. (a) Average mixing ratio=1 14.4 g kg between 100 kPa and 66 kPa (b) Average mixing ratio = 11.7 g kg 1 between 100 kPa and 88 kPa (c) Average mixing ratio = 3.14 g kg 1 between 100 kPa and 28 kPa

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1 a Terminal velocity for raindrop with equivalent radius of 742m and pressure of 70 kPa ... View the full answer