I think the answer to problem 7 should be [0 1 1 1 1 1 1 1 1 0 1 0], because q=31 leads to a Wagstaff prime.
Yes, you're right. Thanks, William. I've corrected the test suite. I should have known there was a problem because Athi's solution stepped around 31.
Find the two-word state names
Determine if input is a perfect number
Calculate the height of an object dropped from the sky
Divisible by 4
Identify prime words
Compute the fractional derivative
Construct dimensionless parameters
Construct a continued fraction for a square root
Compute the largest number possible with the Brussels choice
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