Find if a number is on or below the bit-boundary, as defined below.
7,9 straddle the bit-boundary at 2^3 as do 31,32 at 2^5; in these cases 7,8 are on bit boundary as are 31, and 32, but 5 and 33 do not qualify by definition.
Find the alphabetic word product
Sum of first n terms of a harmonic progression
Are all the three given point in the same line?
Create incrementing array
Who am I ?
Is the paranthesis sequence balanced ?
Reduce - Map-Reduce
All Humans are Created Equal - Pareto Equality
Split bread like the Pharaohs - Egyptian fractions and greedy algorithm
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