diff --git a/AreaCalc.py b/AreaCalc.py
new file mode 100644
index 0000000..2899bca
--- /dev/null
+++ b/AreaCalc.py
@@ -0,0 +1,115 @@
+import math
+
+print('''Which Area/Volume Are You Calculating
+[0]  Quit
+[1]  Square
+[2]  Cube
+[3]  Pyramid
+[4]  Circle
+[5]  Arch Length
+[6]  Circle Section
+[7]  Cylinder
+[8]  Cone
+[9]  Sphere
+[10] Triangle
+[11] Prism''')
+
+calcOpti = int(input('Choose An Option For The List Above: '))
+
+if calcOpti == 1:
+    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}')
+
+if calcOpti == 2:
+    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}')
+
+if calcOpti == 3:
+    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}')
+
+if calcOpti == 4:
+    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)
+
+if calcOpti == 5:
+    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)
+
+if calcOpti == 6:
+    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)
+
+if calcOpti == 7:
+    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
+    preCyl = prePi * Height
+    print('The Cylinder Volume is: ', preCyl)
+
+if calcOpti == 8:
+    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
+    preCyl = prePi * Height / 3
+    print('The Cone Volume is: ', preCyl)
+
+if calcOpti == 9:
+    print('\nYou have chosen the option: Sphere')
+    Radius = float(input('How Wide is Radius: '))
+    r = Radius
+    prePi = r * r * r
+    pre4 = prePi * 3.14159265359
+    preD3 = pre4 * 4
+    Answer = preD3 / 3
+    print('The Sphere Volume is: ', Answer)
+
+if calcOpti == 10:
+    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 )
+
+if calcOpti == 11:
+    print('\nYou have chosen the option: Prism')
+    print('Base = Any one of the three sides.')
+    Base = float(input('How Wide is Base: '))
+    Height = float(input('How high is the heigth: '))
+    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()
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