diff --git a/AreaCalc/AreaCalc.py b/AreaCalc/AreaCalc.py
index 2899bca..fd22775 100644
--- a/AreaCalc/AreaCalc.py
+++ b/AreaCalc/AreaCalc.py
@@ -16,92 +16,95 @@ print('''Which Area/Volume Are You Calculating
 
 calcOpti = int(input('Choose An Option For The List Above: '))
 
-if calcOpti == 1:
+if calcOpti == 0:   # If calcOpti is 0 then quit.
+    exit()
+
+if calcOpti == 1:   # Calculating the area of a square.
     print('\nYou have chosen the option: Square')
     SideA = float(input('How Wide is side A: '))
     SideB = float(input('How Wide is side B: '))
     sAxsB = SideA * SideB
-    print(f'The Square Area is: {sAxsB:.3f}')
+    print(f'The Square Area is: {sAxsB:.6f}')
 
-if calcOpti == 2:
+if calcOpti == 2:   # Calculating the volume of a cube.
     print('\nYou have chosen the option: Cube')
     SideA = float(input('How Wide is side A: '))
     SideB = float(input('How Wide is side B: '))
     SideC = float(input('How Wide is side C: '))
     sAxsBxsC = SideA * SideB * SideC
-    print(f'The Cube Volume is: {sAxsBxsC:.3f}')
+    print(f'The Cube Volume is: {sAxsBxsC:.6f}')
 
-if calcOpti == 3:
+if calcOpti == 3:   # Calculating the volume of a pyramid.
     print('\nYou have chosen the option: Pyramid')
     SideA = float(input('How Wide is side A: '))
     SideB = float(input('How Wide is side B: '))
     Height = float(input('How High is it: '))
     sAxsBxsH = SideA * SideB * Height / 3
-    print(f'The Pyramid Volume is: {sAxsBxsH:.3f}')
+    print(f'The Pyramid Volume is: {sAxsBxsH:.6f}')
 
-if calcOpti == 4:
+if calcOpti == 4:   # Calculating the area of a circle.
     print('\nYou have chosen the option: Circle')
     Radius = float(input('How Wide is Radius: '))
     preArea = Radius * Radius
-    prePi = 3.14159265359 * preArea
-    print('The Circle Area is: ', prePi)
+    prePi = math.pi * preArea
+    print(f'The Circle Area is: {prePi:.6f}')
 
-if calcOpti == 5:
+if calcOpti == 5:   # Calculating the arch length of a circle.
     print('\nYou have chosen the option: Arch Length')
     Angle = float(input('What is the angle(°): '))
     Radius = float(input('What is the Radius: '))
     a = Angle
     r = Radius
-    Answer = a / 360 * 3.14159265359 * 2 * r
-    print('The arch length is: ', Answer)
+    Answer = a / 360 * math.pi * 2 * r
+    print(f'The arch length is: {Answer:.6f}')
 
-if calcOpti == 6:
+if calcOpti == 6:   # Calculating the area of a circle section.
     print('\nYou have chosen the option: Circle Section')
     Angle = float(input('What is the angle(°): '))
     Radius = float(input('What is the Radius: '))
     a = Angle
     r = Radius
-    Answer = a / 360 * 3.14159265359 * r * r
-    print('The  Circle Section area is: ', Answer)
+    Answer = a / 360 * math.pi * r * r
+    print(f'The  Circle Section area is: {Answer:.6f}')
 
-if calcOpti == 7:
+if calcOpti == 7:   # Calculating the volume of a cylinder.
     print('\nYou have chosen the option: Cylinder')
     Radius = float(input('How Wide is Radius: '))
     Height = float(input('How High is it: '))
     preArea = Radius * Radius
-    prePi = 3.14159265359 * preArea
+    prePi = math.pi * preArea
     preCyl = prePi * Height
-    print('The Cylinder Volume is: ', preCyl)
+    print(f'The Cylinder Volume is: {preCyl:.6f}')
 
-if calcOpti == 8:
+if calcOpti == 8:   # Calculating the volume of a cone.
     print('\nYou have chosen the option: Cone')
     Radius = float(input('How Wide is Radius: '))
     Height = float(input('How High is it: '))
     preArea = Radius * Radius
-    prePi = 3.14159265359 * preArea
+    prePi = math.pi * preArea
     preCyl = prePi * Height / 3
-    print('The Cone Volume is: ', preCyl)
+    print(f'The Cone Volume is: {preCyl:.6f}')
 
-if calcOpti == 9:
+if calcOpti == 9:   # Calculating the volume of a sphere.
     print('\nYou have chosen the option: Sphere')
     Radius = float(input('How Wide is Radius: '))
     r = Radius
     prePi = r * r * r
-    pre4 = prePi * 3.14159265359
+    pre4 = prePi * math.pi
     preD3 = pre4 * 4
     Answer = preD3 / 3
-    print('The Sphere Volume is: ', Answer)
+    print(f'The Sphere Volume is: {Answer:.6f}')
 
-if calcOpti == 10:
+if calcOpti == 10:  # Calculating the area of a triangle
     print('\nYou have chosen the option: Triangle')
     print('Base = Any one of the three sides.')
     Base = float(input('How Wide is Base: '))
     print('\nHeight = The distance between the base\nand the corner opposite the Base')
     Height = float(input('How high is the heigth: '))
     Answer = Base * Height / 2
-    print('The Triangle Area is: ',Answer )
+    print(f'The Triangle Area is: {Answer:.6f}')
 
-if calcOpti == 11:
+if calcOpti == 11:  # Calculating the volume of a prism.
     print('\nYou have chosen the option: Prism')
     print('Base = Any one of the three sides.')
     Base = float(input('How Wide is Base: '))
@@ -109,7 +112,4 @@ if calcOpti == 11:
     print('\nHeight = The distance between the base\nand the corner opposite the Base')
     Length = float(input('How long is the Prism: '))
     Answer = Base * Height / 2 * Length
-    print('The Prism Volume is: ',Answer )
-
-if calcOpti == 0:
-    exit()
\ No newline at end of file
+    print(f'The Prism Volume is: {Answer:.6f}')
\ No newline at end of file