Digit canceling fractions

33.py

@@ -0,0 +1,22 @@
+from fractions import Fraction
+
+tens = []
+for n in range(1,10):
+	for d in range(n+1,10):
+		tens.append(Fraction(n,d))
+
+fractionsum = 1
+
+for num in range(10,100):
+	for den in range(num+1,100):
+		# This case does not result in any solutions
+		# if str(num)[0] == str(den)[1]:
+		# 	if Fraction(num,den) == Fraction(int(str(num)[1]) , int(str(den)[0])):
+		# 		print num
+		# 		print den
+		if str(den)[0] == str(num)[1]:
+			if float(str(den)[1]) != 0:
+				if Fraction(num,den) == Fraction(int(str(num)[0]) , int(str(den)[1])):
+					fractionsum *= Fraction(num,den)
+
+print fractionsum