awesome calculator application

print 'This is school helper/cheat program v1.0.'
print 'If you want to find the area of a triangle type "33" '
print 'If you want to find the area of a quadrilateral type "44" ' 
print 'If you want to find the area of a pentagon type "55" '
print 'If you want to find the area of a hexagon type "66" '
print 'If you want to find the area of a septagon type "77" '
print 'If you want to find the area of an octagon type "88" '
print 'If you want to find the area of a nonagon type "99" '
print 'If you want to find the area of a decagon type "100" '
print 'If you want to find the area of a circle type "110" '
print 'If you want to multiply 2 numbers type "120" '
print 'If you want to divide 2 numbers type "130" '
print 'If you want to find the volume of a cube type "140" '
print 'If you want to find the volume of a triangular prism type "150" '
print 'If you want to add two numbers type "160" '
print 'If you want to subtract two numbers type "170" '
# get type of object and height/base parameters
A = int(raw_input("Enter number: "))

if A == 33:
   N1 = int(raw_input("Height: "))
   N2 = int(raw_input("Base: "))
   print (N1*N2)/2.0
elif A == 44:
    N3 = int(raw_input("Enter number: "))
    N4 = int(raw_input("Enter number: "))
    print N3*N4
elif A == 55:
    N5 = int(raw_input("Enter number: "))
    N6 = int(raw_input("Enter number: "))
    N7 = N5/2.0
    N8 = N6*N7
    N9 = N8/2.0
    N10 = N9*5.0
    print N10
elif A == 66:
    N11 = int(raw_input("Enter number: "))
    N12 = int(raw_input("Enter number: "))
    N13 = N11/2.0
    N14 = N13*N12
    N15 = N14/2.0
    N16 = N15*6.0
    print N16
elif A == 77:
    N17 = int(raw_input("Enter number: "))
    N18 = int(raw_input("Enter number: "))
    N19 = N17/2.0
    N20 = N19*N18
    N21 = N20/2.0
    N22 = N21*7
    print N22
elif A == 88:
    B = int(raw_input("Enter number: "))
    B2 = int(raw_input("Enter number: "))
    B3 = B/2.0
    B4 = B3*B2
    B5 = B4/2.0
    B6 = B5*8.0
    print B6
elif A == 99:
    B7 = int(raw_input("Enter number: "))
    B8 = int(raw_input("Enter number: "))
    B9 = B7/2.0
    B10 = B9*B8
    B11 = B10/2.0
    B12 = B11*9.0
    print B12
elif A == 100: 
    B13 = int(raw_input("Enter number: "))
    B14 = int(raw_input("Enter number: "))
    B15 = B13/2.0
    B16 = B15*B14
    B17 = B16/2.0
    B18 = B17*10.0
    print B18 
elif A == 110:
    r = int(raw_input("Enter number: "))
    print (3.14159265358979323846264338327950288419716939937520974944592397816)*(r**2)
elif A == 120:
    B19 = int(raw_input("Enter number: "))
    B20 = int(raw_input("Enter number: "))
    print B19*B20
elif A == 130:
    B21 = int(raw_input("Enter number: "))
    B22 = int(raw_input("Enter number: "))
    print B21/B22
elif A == 140:
    Z = int(raw_input("Enter number: "))
    Z1 = int(raw_input("Enter number: "))
    Z2 = int(raw_input("Enter number: "))
    print Z*Z1*Z2
elif A == 150:
    ASD = int(raw_input("Enter number: "))
    ASD2 = int(raw_input("Enter number: "))
    ASD3 = int(raw_input("Enter number: "))
    ASD4 = ASD*ASD2
    ASD5 = ASD4/2.0
    ASD6 = ASD5*ASD3
    print ASD6
elif A == 160:
     Z3 = int(raw_input("Enter number: "))
     Z4 = int(raw_input("Enter number: "))    
     Z5 = Z4+Z3
     print Z5
elif A == 170: 
    Z6 = int(raw_input("Enter number: "))
    Z7 = int(raw_input("Enter number: "))
    print Z5-Z6

Python Fiddle

Python Cloud IDE