Question: Plese solve using matlab Q2. The relative humidity, RH, at sea level can be calculated from measured val- ues of the dry-bulb temperature, T and

Plese solve using matlab

Plese solve using matlab Q2. The relative humidity, RH, at sea level

Q2. The relative humidity, RH, at sea level can be calculated from measured val- ues of the dry-bulb temperature, T and the wet-bulb temperature Twb by (temperatures in degrees Celsius) TP ST P RH- 100 where VP is the vapor pressure given by: 16.78Twb-116.9 -eTwb+237.3-0.066858( 1 + 0.00 1 15T,vb)(T,1b-T,vb) and VP is the saturated vapor pressure given by: 6 787 1-1169 SVP e Tdb+237.3 Write a user-defined function for calculating RH for given T and Twb. For the function name and arguments, use RH -RelHum (Tdb, Twb). The input arguments are Tdb and Twb are the dry-bulb and wet-buld tempera- tures, respectively in F. The output argument RH is the relative humidity in percent (rounded to the nearest integer). Inside the user-defined function use a subfunction, or an anonymous function to convert the unit of the tem perature from Celsius to Fahrenheit. Use the function to determine the rela- tive humidity for the following conditions

Step by Step Solution

There are 3 Steps involved in it

1 Expert Approved Answer
Step: 1 Unlock blur-text-image
Question Has Been Solved by an Expert!

Get step-by-step solutions from verified subject matter experts

Step: 2 Unlock
Step: 3 Unlock

Students Have Also Explored These Related Databases Questions!