neilxtian03 commented 1 year ago

https://github.com/Jansel80/ChEmTechPythonCalculator/blob/35f54441813eca89d299a253a30fee754775a12b/ChEmTechPythonCalculator/ChEmTechPythonCalculator.py#L215-L217

remove the ....=0 then change into break

neilxtian03 commented 1 year ago

""" Hello, this is a comment from Jansel regarding the progress of this program THERMOCHEMISTRY ✅🌡 Standard Enthalpy Change △Hºrxn = ∑(n△Hºf products) - ∑(n△Hºf reactants)

✅🌡 Standard Entropy Change △Sºrxn = ∑(n△Sºf products) - ∑(n△Sºf reactants)

CHEMICAL KINETICS 🧬 FIRST ORDER REACTIONS

When determining the time: ln [A]t [A]0=-kt
When determining the final concentration: ln [A]t =-kt +ln [A]0
When determining the half-life: m= Δm [A]0

Chemical Equilibrium ✅🧪 Kc = [products] / [reactants] ✅🧪 Qc = [products] / [reactants] ✅🧪 Kp = [P products] / [P reactants] ✅ 🧪 Kc from Kp

ACIDS & BASES ⚗️ pH = 14 - pOH ⚗️ pOH = 14 - pH ⚗️ pH =-log[H+] ⚗️ [H+] = 10^-pH ⚗️ pH =-log[OH-] ⚗️ [H+] = 10^-pOH ⚗️ pH + pOH = 14 [should auto calculate from the pH and pOH] """

initial setup

import time import math import sys from turtle import goto

for loading screen

def loading_screen(): loading= "LOADING\n" bar = "████████████████████████████████████████████████████████████████" print(loading) for c in bar: time.sleep(0.005) sys.stdout.write(c) sys.stdout.flush() print("")

def gatherCoefficientsABCD():

define the coefficients of the balanced chemical equation

global a_coeff, b_coeff, c_coeff, d_coeff
a_coeff = float(input("Enter the coefficient of the reactant A: "))
b_coeff = float(input("Enter the coefficient of the reactant B: "))
c_coeff = float(input("Enter the coefficient of the product C: "))
d_coeff = float(input("Enter the coefficient of the product D: "))

def gatherConcentrationsABCD(typeofvar): global a_concentration, b_concentration, c_concentration, d_concentration a_concentration = float(input("Enter the "+ typeofvar +" of reactant A: ")) b_concentration = float(input("Enter the "+ typeofvar +" of reactant B: ")) c_concentration = float(input("Enter the "+ typeofvar + " of product C: ")) d_concentration = float(input("Enter the "+ typeofvar + " of product D: "))

SOLVE KC FROM KP

def solveKcKp1():

# Define the function to calculate Kc from Kp
def solveKcFromKp(Kp, temp, coeffs_reactants, coeffs_products):
# Calculate the gas constant (R) in Joules per mole per Kelvin
    R = 8.314

# Calculate the Kc value from Kp using the ideal gas law
    Kc = Kp / ((R * temp) ** (sum(coeffs_products) - sum(coeffs_reactants)))

    return Kc

Get input values from user

Kp = float(input("Enter the value of Kp: "))
temp = float(input("Enter the value of temperature (in Kelvin): "))
coeffs_reactants = list(map(int, input("Enter the stoichiometric coefficients of the reactants (separated by commas): ").split(',')))
coeffs_products = list(map(int, input("Enter the stoichiometric coefficients of the products (separated by commas): ").split(',')))

Calculate Kc using the function and print the result

Kc = solveKcFromKp(Kp, temp, coeffs_reactants, coeffs_products)
print("The value of Kc is:", Kc)

finding kc

def solveKc():

define the coefficients of the balanced chemical equation

gatherCoefficientsABCD()

# define the concentrations of the reactants and products
gatherConcentrationsABCD(typeofvar="concentrations")

# calculate the reaction quotient Qc
Kc = (c_concentration ** c_coeff) * (d_concentration ** d_coeff) / ((a_concentration ** a_coeff) * (b_concentration ** b_coeff))

# calculate the equilibrium constant Kc
Kc = Kc

# print the equilibrium constant Kc
print("The equilibrium constant Kc is:", Kc)

finding kP

def solveKp():

 # define the coefficients of the balanced chemical equation
gatherCoefficientsABCD()

# Get the partial pressures of the reactants and products
Pa = float(input("Enter the partial pressure of A: "))
Pb = float(input("Enter the partial pressure of B: "))
Pc = float(input("Enter the partial pressure of C: "))
Pd = float(input("Enter the partial pressure of D: "))

# Calculate Kp using the formula
Kp = (Pc ** c_coeff * Pd ** d_coeff) / (Pa ** a_coeff * Pb ** b_coeff)

# Print the result
print("The equilibrium constant Kp is:", Kp)

finding Qc

def solveQc():

define the coefficients of the balanced chemical equation

gatherCoefficientsABCD()

# define the concentrations of the reactants and products at equilibrium
gatherConcentrationsABCD(typeofvar="concentrations")

# calculate the reaction quotient Qc
Qc = (c_concentration ** c_coeff) * (d_concentration ** d_coeff) / ((a_concentration ** a_coeff) * (b_concentration ** b_coeff))

# print the value of Qc
print("The value of Qc is:", Qc)

finding standard enthalpy change

def solveStandardEnthalpyChange():

define the coefficients of the balanced chemical equation

gatherCoefficientsABCD()

# define the standard enthalpies of formation for the reactants and products
hf_a = float(input("Enter the standard enthalpy of formation of reactant A (kJ/mol): "))
hf_b = float(input("Enter the standard enthalpy of formation of reactant B (kJ/mol): "))
hf_c = float(input("Enter the standard enthalpy of formation of product C (kJ/mol): "))
hf_d = float(input("Enter the standard enthalpy of formation of product D (kJ/mol): "))

# calculate the standard enthalpy change ΔH°
delta_h = (c_coeff * hf_c + d_coeff * hf_d) - (a_coeff * hf_a + b_coeff * hf_b)

# print the value of ΔH°
print("The standard enthalpy change ΔH° is:", delta_h, "kJ/mol")

finding standard entropy change

def solveStandardEntropyChange():

define the coefficients of the balanced chemical equation

gatherCoefficientsABCD()

# define the standard entropies of formation for the reactants and products
s_a = float(input("Enter the standard entropy of reactant A (J/(mol*K)): "))
s_b = float(input("Enter the standard entropy of reactant B (J/(mol*K)): "))
s_c = float(input("Enter the standard entropy of product C (J/(mol*K)): "))
s_d = float(input("Enter the standard entropy of product D (J/(mol*K)): "))

# calculate the standard entropy change ΔS°
delta_s = (c_coeff * s_c + d_coeff * s_d) - (a_coeff * s_a + b_coeff * s_b)

# print the value of ΔS°
print("The standard entropy change ΔS° is:", delta_s, "J/(mol*K)")

""" ACIDS & BASES ⚗️ pH = 14 - pOH ⚗️ pOH = 14 - pH ⚗️ pH =-log[H+] ⚗️ [H+] = 10^-pH ⚗️ pH =-log[OH-] ⚗️ [H+] = 10^-pOH ⚗️ pH + pOH = 14 [should auto calculate from the pH and pOH] """ def acids_bases(): restartABCondition = 1

while restartABCondition == 1:
    print("")
    loading_screen()
    print("")
    print("What are you looking for?:")
    print("")
    acids_bases_selection = input()

    match acids_bases_selection:
        case "a":
            print("")
            print("Find pH from pOH")
            print("")
            abInput = float(input("Enter the value of pOH\n"))
            abInputRound = round(abInput)
            pH = 14-abInputRound
            print("\n Your PH is " , pH)
            time.sleep(0.5)
            print("")
            print("Press Y to Restart, N if you want to end\n\n")
            growingFlower = input()
            if growingFlower == "Y" or growingFlower == "y":

                growingFlowerSeed = 1

            else:
                #break
                growingFlowerSeed = 0

            restartABCondition = growingFlowerSeed

        case "b":
            print("")
            print("StandardEntropyChange")
            print("")
            solveStandardEntropyChange()
        case "c":
            print("")
            print("Solving for Kc")
            print("")
            solveKc()
        case "d":
            print("")
            print("Solving for Qc")
            print("")
            solveQc()
        case "e":
            print("")
            print("Solving for Kc from Kp")
            print("")
            solveKcKp1()
        case "f":
            print("")
            print("Solving for Kp")
            print("")
            solveKp()
        case "g":
            print("")
            print("Acids & Bases")
            print("")
            acids_bases()
        case "j":
            print("")
            print("You have accessed the easter egg")
            print("")
            acids_bases()
else:
    print("bye bye")

MAIN CODE

x = "true" while (x=="true"): print("Good Day, This is 12D Group 1's Chemistry 2 Calculator!\n\n") print("This will cover a section of all topics of Chemistry 2. \n\nPlease wait as we load the calculators") time.sleep(0.5) print("")

loading_screen()

print("")

print("Please Select a Subtopic:")
print("")
print("(a.) Solve Standard Enthalpy Change")
print("(b.) Solve Standard Entropy Change")
print("(c.) Solve Kc with 2 reactans and 2 products")
print("(d.) Solve Qc with 2 reactans and 2 products")
print("(e.) Solve for Kc from Kp")
print("(f.) Solve Kp with 2 reactans and 2 products")
print("")
print("")
print("(g.) Acids & Bases")

selection = input()

match selection:
    case "a":
        print("")
        print("StandardEnthalpyChange")
        print("")
        solveStandardEnthalpyChange()
    case "b":
        print("")
        print("StandardEntropyChange")
        print("")
        solveStandardEntropyChange()
    case "c":
        print("")
        print("Solving for Kc")
        print("")
        solveKc()
    case "d":
        print("")
        print("Solving for Qc")
        print("")
        solveQc()
    case "e":
        print("")
        print("Solving for Kc from Kp")
        print("")
        solveKcKp1()
    case "f":
        print("")
        print("Solving for Kp")
        print("")
        solveKp()
    case "g":
        print("")
        print("Acids & Bases")
        print("")
        acids_bases()
    case "j":
        print("")
        print("You have accessed the easter egg")
        print("")
        acids_bases()

else: print("Goodbye! Thank you for using ChEmTechPythoncalculator!")

neilxtian03 commented 1 year ago

`""" Hello, this is a comment from Jansel regarding the progress of this program THERMOCHEMISTRY ✅🌡 Standard Enthalpy Change △Hºrxn = ∑(n△Hºf products) - ∑(n△Hºf reactants)

✅🌡 Standard Entropy Change △Sºrxn = ∑(n△Sºf products) - ∑(n△Sºf reactants)

CHEMICAL KINETICS 🧬 FIRST ORDER REACTIONS

When determining the time: ln [A]t [A]0=-kt
When determining the final concentration: ln [A]t =-kt +ln [A]0
When determining the half-life: m= Δm [A]0

Chemical Equilibrium ✅🧪 Kc = [products] / [reactants] ✅🧪 Qc = [products] / [reactants] ✅🧪 Kp = [P products] / [P reactants] ✅ 🧪 Kc from Kp

ACIDS & BASES ⚗️ pH = 14 - pOH ⚗️ pOH = 14 - pH ⚗️ pH =-log[H+] ⚗️ [H+] = 10^-pH ⚗️ pH =-log[OH-] ⚗️ [H+] = 10^-pOH ⚗️ pH + pOH = 14 [should auto calculate from the pH and pOH] """

initial setup

import time import math import sys from turtle import goto

for loading screen

def loading_screen(): loading= "LOADING\n" bar = "████████████████████████████████████████████████████████████████" print(loading) for c in bar: time.sleep(0.005) sys.stdout.write(c) sys.stdout.flush() print("")

def gatherCoefficientsABCD():

define the coefficients of the balanced chemical equation

global a_coeff, b_coeff, c_coeff, d_coeff
a_coeff = float(input("Enter the coefficient of the reactant A: "))
b_coeff = float(input("Enter the coefficient of the reactant B: "))
c_coeff = float(input("Enter the coefficient of the product C: "))
d_coeff = float(input("Enter the coefficient of the product D: "))

def gatherConcentrationsABCD(typeofvar): global a_concentration, b_concentration, c_concentration, d_concentration a_concentration = float(input("Enter the "+ typeofvar +" of reactant A: ")) b_concentration = float(input("Enter the "+ typeofvar +" of reactant B: ")) c_concentration = float(input("Enter the "+ typeofvar + " of product C: ")) d_concentration = float(input("Enter the "+ typeofvar + " of product D: "))

SOLVE KC FROM KP

def solveKcKp1():

# Define the function to calculate Kc from Kp
def solveKcFromKp(Kp, temp, coeffs_reactants, coeffs_products):
# Calculate the gas constant (R) in Joules per mole per Kelvin
    R = 8.314

# Calculate the Kc value from Kp using the ideal gas law
    Kc = Kp / ((R * temp) ** (sum(coeffs_products) - sum(coeffs_reactants)))

    return Kc

Get input values from user

Kp = float(input("Enter the value of Kp: "))
temp = float(input("Enter the value of temperature (in Kelvin): "))
coeffs_reactants = list(map(int, input("Enter the stoichiometric coefficients of the reactants (separated by commas): ").split(',')))
coeffs_products = list(map(int, input("Enter the stoichiometric coefficients of the products (separated by commas): ").split(',')))

Calculate Kc using the function and print the result

Kc = solveKcFromKp(Kp, temp, coeffs_reactants, coeffs_products)
print("The value of Kc is:", Kc)

finding kc

def solveKc():

define the coefficients of the balanced chemical equation

gatherCoefficientsABCD()

# define the concentrations of the reactants and products
gatherConcentrationsABCD(typeofvar="concentrations")

# calculate the reaction quotient Qc
Kc = (c_concentration ** c_coeff) * (d_concentration ** d_coeff) / ((a_concentration ** a_coeff) * (b_concentration ** b_coeff))

# calculate the equilibrium constant Kc
Kc = Kc

# print the equilibrium constant Kc
print("The equilibrium constant Kc is:", Kc)

finding kP

def solveKp():

 # define the coefficients of the balanced chemical equation
gatherCoefficientsABCD()

# Get the partial pressures of the reactants and products
Pa = float(input("Enter the partial pressure of A: "))
Pb = float(input("Enter the partial pressure of B: "))
Pc = float(input("Enter the partial pressure of C: "))
Pd = float(input("Enter the partial pressure of D: "))

# Calculate Kp using the formula
Kp = (Pc ** c_coeff * Pd ** d_coeff) / (Pa ** a_coeff * Pb ** b_coeff)

# Print the result
print("The equilibrium constant Kp is:", Kp)

finding Qc

def solveQc():

define the coefficients of the balanced chemical equation

gatherCoefficientsABCD()

# define the concentrations of the reactants and products at equilibrium
gatherConcentrationsABCD(typeofvar="concentrations")

# calculate the reaction quotient Qc
Qc = (c_concentration ** c_coeff) * (d_concentration ** d_coeff) / ((a_concentration ** a_coeff) * (b_concentration ** b_coeff))

# print the value of Qc
print("The value of Qc is:", Qc)

finding standard enthalpy change

def solveStandardEnthalpyChange():

define the coefficients of the balanced chemical equation

gatherCoefficientsABCD()

# define the standard enthalpies of formation for the reactants and products
hf_a = float(input("Enter the standard enthalpy of formation of reactant A (kJ/mol): "))
hf_b = float(input("Enter the standard enthalpy of formation of reactant B (kJ/mol): "))
hf_c = float(input("Enter the standard enthalpy of formation of product C (kJ/mol): "))
hf_d = float(input("Enter the standard enthalpy of formation of product D (kJ/mol): "))

# calculate the standard enthalpy change ΔH°
delta_h = (c_coeff * hf_c + d_coeff * hf_d) - (a_coeff * hf_a + b_coeff * hf_b)

# print the value of ΔH°
print("The standard enthalpy change ΔH° is:", delta_h, "kJ/mol")

finding standard entropy change

def solveStandardEntropyChange():

define the coefficients of the balanced chemical equation

gatherCoefficientsABCD()

# define the standard entropies of formation for the reactants and products
s_a = float(input("Enter the standard entropy of reactant A (J/(mol*K)): "))
s_b = float(input("Enter the standard entropy of reactant B (J/(mol*K)): "))
s_c = float(input("Enter the standard entropy of product C (J/(mol*K)): "))
s_d = float(input("Enter the standard entropy of product D (J/(mol*K)): "))

# calculate the standard entropy change ΔS°
delta_s = (c_coeff * s_c + d_coeff * s_d) - (a_coeff * s_a + b_coeff * s_b)

# print the value of ΔS°
print("The standard entropy change ΔS° is:", delta_s, "J/(mol*K)")

""" ACIDS & BASES ⚗️ pH = 14 - pOH ⚗️ pOH = 14 - pH ⚗️ pH =-log[H+] ⚗️ [H+] = 10^-pH ⚗️ pH =-log[OH-] ⚗️ [H+] = 10^-pOH ⚗️ pH + pOH = 14 [should auto calculate from the pH and pOH] """ def acids_bases(): restartABCondition = 1

while restartABCondition == 1:
    print("")
    loading_screen()
    print("")
    print("What are you looking for?:")
    print("")
    acids_bases_selection = input()

    match acids_bases_selection:
        case "a":
            print("")
            print("Find pH from pOH")
            print("")
            abInput = float(input("Enter the value of pOH\n"))
            abInputRound = round(abInput)
            pH = 14-abInputRound
            print("\n Your PH is " , pH)
            time.sleep(0.5)
            print("")
            print("Press Y to Restart, N if you want to end\n\n")
            growingFlower = input()
            if growingFlower == "Y" or growingFlower == "y":

                growingFlowerSeed = 1

            else:
                #break
                growingFlowerSeed = 0

            restartABCondition = growingFlowerSeed

        case "b":
            print("")
            print("StandardEntropyChange")
            print("")
            solveStandardEntropyChange()
        case "c":
            print("")
            print("Solving for Kc")
            print("")
            solveKc()
        case "d":
            print("")
            print("Solving for Qc")
            print("")
            solveQc()
        case "e":
            print("")
            print("Solving for Kc from Kp")
            print("")
            solveKcKp1()
        case "f":
            print("")
            print("Solving for Kp")
            print("")
            solveKp()
        case "g":
            print("")
            print("Acids & Bases")
            print("")
            acids_bases()
        case "j":
            print("")
            print("You have accessed the easter egg")
            print("")
            acids_bases()
else:
    print("bye bye")

MAIN CODE

x = "true" while (x=="true"): print("Good Day, This is 12D Group 1's Chemistry 2 Calculator!\n\n") print("This will cover a section of all topics of Chemistry 2. \n\nPlease wait as we load the calculators") time.sleep(0.5) print("")

loading_screen()

print("")

print("Please Select a Subtopic:")
print("")
print("(a.) Solve Standard Enthalpy Change")
print("(b.) Solve Standard Entropy Change")
print("(c.) Solve Kc with 2 reactans and 2 products")
print("(d.) Solve Qc with 2 reactans and 2 products")
print("(e.) Solve for Kc from Kp")
print("(f.) Solve Kp with 2 reactans and 2 products")
print("")
print("")
print("(g.) Acids & Bases")

selection = input()

match selection:
    case "a":
        print("")
        print("StandardEnthalpyChange")
        print("")
        solveStandardEnthalpyChange()
    case "b":
        print("")
        print("StandardEntropyChange")
        print("")
        solveStandardEntropyChange()
    case "c":
        print("")
        print("Solving for Kc")
        print("")
        solveKc()
    case "d":
        print("")
        print("Solving for Qc")
        print("")
        solveQc()
    case "e":
        print("")
        print("Solving for Kc from Kp")
        print("")
        solveKcKp1()
    case "f":
        print("")
        print("Solving for Kp")
        print("")
        solveKp()
    case "g":
        print("")
        print("Acids & Bases")
        print("")
        acids_bases()
    case "j":
        print("")
        print("You have accessed the easter egg")
        print("")
        acids_bases()

else: print("Goodbye! Thank you for using ChEmTechPythoncalculator!")`

Jansel80 commented 1 year ago

Issue resolved thank you very much sir.

Jansel80 / ChEmTechPythonCalculator

Mali #2

initial setup

for loading screen

define the coefficients of the balanced chemical equation

SOLVE KC FROM KP

Get input values from user

Calculate Kc using the function and print the result

finding kc

define the coefficients of the balanced chemical equation

finding kP

finding Qc

define the coefficients of the balanced chemical equation

finding standard enthalpy change

define the coefficients of the balanced chemical equation

finding standard entropy change

define the coefficients of the balanced chemical equation

MAIN CODE

MAIN CODE

MAIN CODE

initial setup

for loading screen

define the coefficients of the balanced chemical equation

SOLVE KC FROM KP

Get input values from user

Calculate Kc using the function and print the result

finding kc

define the coefficients of the balanced chemical equation

finding kP

finding Qc

define the coefficients of the balanced chemical equation

finding standard enthalpy change

define the coefficients of the balanced chemical equation

finding standard entropy change

define the coefficients of the balanced chemical equation

MAIN CODE

MAIN CODE

MAIN CODE