LAB 2 IS ALREADY DONE, I JUST NEED LAB 3 BASE ON LAB 2 PLEASE.

DISREGARD LAB TWO ITS JUST FOR REFERENCE.

LAB 2

Lab 2 Coding (just for reference!!)

#include #include #include using namespace std; struct equation { double temp,wspeed,dew,wchill,cbase; }; void input(equation &e) { cout>e.temp; cout>e.wspeed; cout>e.dew; } void windchill(equation &e) { if(e.temp > 50 || e.wspeed  
THIS IS WHAT I NEED!!!!
 
 
 
 
 
  CSE 112-Lab #2 Weather Program-Accessing Structure Elements and IPOs Complete an IPO and write a program for a meteorologist that calculates wind chill factor and cloud base altitude for inputs of temperature in Fahrenheit, wind speed in mph, and the dew point in Fahrenheit. The program will use a structure declared above main and defined in main Use the "Program IPO & Requirements Decomposition" template on Blackboard as a template for the IPO document. The program must use four (4) functions and a structure in the solution: one function for getting input, one to compute the wind chill, one to compute the cloud base, and one for the output. The output will be formatted exactly as shown below with the introduction as shown and notes as appropriate. The program must pass the structure to the functions. Access the members of the structure using the dot operator. Store the results of the functions in the structure. Do not have the functions return the values. The structure will contain: Temperature - double Wind speed double Dew point double Wind chill - double Cloud base double The equation for approximating the wind chill factor in North America is wc 35.74 + 0.6215 TO-35.75V016 + 0.4275 TOV .16 Where To is the air temperature in Fahrenheit V is the wind speed in mph (consider pow(windSpeed, 0.16)) Also, wind chill temperature is defined only at or below 10 C (50 F), and wind speeds above 4.8 kilometers per hour (3.0 mph). The program must check this and output"***"when the wind chill cannot be computed (as shown below) The cloud base in feet above ground level is determined by the "spread" which is the difference between the temperature and the dew point, and is calculated cloudBase (temperature - dew point)/4.4 * 1000 If the cloud base is less than zero, set it to zero