diff --git a/Gibbs Free Energy.py b/Gibbs Free Energy.py
deleted file mode 100644
index 41c11f6..0000000
--- a/Gibbs Free Energy.py	
+++ /dev/null
@@ -1,75 +0,0 @@
-
-
-# Ssystem = Sproducts - Sreactants
-boltzmann_constant = 1.38 * (10 ** -23)
-def standard_entropy_calculator():
-    products = int(input('How many products do you have? '))
-    intital = 0
-    while intital < products:
-        moles_p = int(input('How many moles for product? '))
-        delta_s_value_p = float(input('What is the S° value for product? '))
-        Sproduct = moles_p * delta_s_value_p
-        intital += 1
-        if intital == products:
-            break
-    intital = 0
-    reactants = int(input('How many reactants do you have? '))
-    while intital < reactants:
-        moles_r = int(input('How many moles for reactant? '))
-        delta_s_value_r = float(input('What is the S° value for reactant'))
-        Sreactant = moles_r * delta_s_value_r
-        intital += 1
-        if intital == products:
-            break
-
-    print(Sproduct)
-    print(Sreactant)
-
-
-
-question_type = int(input('''What type of question do you want to solve?
-1. Gibbs Free Energy
-2. Gibbs Free Energy at Non Standard Conditions
-3. Standard Entropy of Reaction ΔS°
-4. Number of Microstates  '''))
-
-if question_type == 3:
-    standard_entropy_calculator()
-
-
-# Entropy Units are J/K
-# Entropy is Delta System = S final - S initial 
-# Standard Molar Entropy = J/(Mol * K), Gases 1atm, Solution 1 molar
-# When Temp increases, Entropy Increases -> Increase in kinetic energy -> more microstates = more energy
-# Entropy Increases in Solid -> Liquid -> Gas
-# If Delta S > 0 = Spontanious, if Delta S < 0 = Nonspontanious
-
-
-
-
-
-
-
-
-        
-
-
-
-# Below is the Temperature Calculator
-def temperature_calculator(): 
-    global temp_value
-    temp_value = float(input('What is the temp? '))
-    temp_type = input('Is it in (K/C)? ')
-    temp_type = temp_type.lower()
-
-    if temp_type == "k":
-        temp_value = temp_value
-    elif temp_type == "c":
-        temp_value = temp_value + 273.15
-    else:
-        print('Error unsupported value type. ')
-
-    print(temp_value)
-
-
-