Please provide a detailed explanation. RAIN SHADOW PROBLEM21. fa parcel has a temperature (TT) of 40C and a dew point (DP) of SC at sea level on thewindward side of a mountain "A", find the TT and DP at the base of the cloud at "B2. What are the TT and DP at the top of the mountain at 7,000 Meters at "C, as the air parcelcontimues to be lifted from "3 Why is the LCL height different in this problem compared to problem 17 Be specific4. Caloulate the TT and DP when the parcel is at "D and "EWindward SideLeewand Side700OM4000MLCLSea LevelSea LevelLerward SideTempHeight (M)Windward SideTempDPDP7000M6000MS00OM4000M3000M2000M1000MOM

The temperature of air parcel decreases with SALR (Saturated Adiabatic Lapse Rate) until it is…

RAIN SHADOW PROBLEM2 1. fa parcel has a temperature (Tm4C anda dew point (DPof C t sea level on the windward side of a mountain "A", find the TT and DP at the base of the cloud t 2. What are the TT and DP at the top of the mountain at 7,000 Meters at "C", as the ait parcel continues to be lifted from " 3 Why is the LCL heigh different in this problem compared to problem 17 Be specifiel 4. Calodate the TT and DP when the parcel is at "D" nd "E" Windward Side Leeward Side 7000M 4000M LCL Sea Level Sea Level Lerward Side Temp Height (M) Windward Side DP Temp DP 7000M 6000M 500OM 4000M 3000M 2000M 1000M OM 67

RAIN SHADOW PROBLEM2 1. fa parcel has a temperature (Tm4C anda dew point (DPof C t sea level on the windward side of a mountain "A", find the TT and DP at the base of the cloud t 2. What are the TT and DP at the top of the mountain at 7,000 Meters at "C", as the ait parcel continues to be lifted from " 3 Why is the LCL heigh different in this problem compared to problem 17 Be specifiel 4. Calodate the TT and DP when the parcel is at "D" nd "E" Windward Side Leeward Side 7000M 4000M LCL Sea Level Sea Level Lerward Side Temp Height (M) Windward Side DP Temp DP 7000M 6000M 500OM 4000M 3000M 2000M 1000M OM 67

University Physics Volume 2

18th Edition

ISBN:9781938168161

Author:OpenStax

Publisher:OpenStax

Chapter2: The Kinetic Theory Of Gases

Section: Chapter Questions

Problem 82AP: On a winter day when the air temperature is 0 , the relative humidity is 50%. Outside air comes...

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