Psat is calculated by Psat= 10^(A-(B/(T+C)) where T is the unknown. The script for Dew Temperature must be the sum of everything in equation one. Yi is equal to (xi*Psat)/P where xi is the Mole...

This requires Numerical Methods and Python to solve the problem.


Psat is calculated by Psat= 10^(A-(B/(T+C)) where T is the unknown. The script for Dew Temperature must be the sum of everything in equation one. Yi is equal to (xi*Psat)/P where xi is the Mole fraction, Psat is the specific Psat of the component and P is 250 kPa. So yi= (x1*Psat1)/P + (x2*Psat2)/P + (x3*Psat3)/P (arbitrarily). This is what I got so far but T is unknown so that needs to be changed & this is just for the implementation of Psat’s for all T’s. I didn’t know that T was unknown. import math def itemeq(T: float, A: float, B: float, C: float): return math.exp(A* (B/(T+C))) #return math.exp(X(Y/(R+Z))) # driver code if __name__ == "__main__": T= 1.0 # R is constant, so assign it here N = input("Enter a number for number of items: ") N = (int(N)) # loop through N times for i in range(N): A= input(f"Enter a number for Afor Item {i+1}: ") A= (float(A)) B= input(f"Enter a number for B for Component {i+1}: ") B= (float(B)) C= input(f"Enter a number for C for Component {i+1}: ") C= (float(C)) result = itemeq(T, A, B, C) # call the method itemeq # print the result print(f"For given value of A={A},B={B} and C={C} Psat is {result}")