The solution is a bit flawed as it works for the limited test cases in this problem.
A classic approach was to take intersection of factors of a and b, and take their product. This works perfectly on paper. However, the inbuilt intersect() function gives unique values discarding the repeated values, thus I was not able to use it.
Sum of first n terms of a harmonic progression
Compute a dot product of two vectors x and y
06 - Matrix Equations 3
Sum of series IV
Sum of series VI
The Tortoise and the Hare - 01
generate nth pentatope number
Fault in our Stars - 02
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