March 2017 1HaskellADay Problems and Solutions

• March 31st, 2017: We look at pedestrian-vehicular injuries and fatalities for today's #haskell problem. Today's #haskell solution creates an array of maps to get our scanr-solution. I'm game. 
  
• March 29th, 2017: What with #marchmadness it's time we put #haskell to solving this task, besides: BABY NEEDS A NEW PAIR OF SHOES! 
• March 28th, 2017: You ever have one of those days where you know you were supposed to do SOMEthing? "Today's" #haskell problem. 
• March 24th, 2017: Tennis is very good exercise, and a very good #haskell exercise for today. AHA! #probability 
• March 23rd, 2017: Today's #haskell problem examines the importance of wearing matching ... RED?!?! ... socks? Remember that one (one?) wacky professor in college? Today's #haskell solution shows that was the tip of the iceberg. 
  
   
• March 22nd, 2017: Today's #haskell problem definitively proves Goldbach's Conjecture for ALL even numbers ... um, in a sample set. Today we definitively proved Goldbach's Conjecture. See you at the pub, then, eh? 
• March 20th, 2017: Today's #haskell problem: 2 + 3 + 5 + 7 + 11 + ... what prime numbers can be written as a sum of consecutive primes? So there are primes from the sum of consecutive sequence of primes starting at 2, but there's a lot more to it, too! 
• March 17th, 2017: Today's #haskell problem is brought to you by the letter 'P': primality and permutations. Today's #haskell solution shows this projecteuler.net problem has clear bounds, which made it a gimme for me.
• March 16th, 2017: If you break it down, finding the square-free numbers in a set of 614 numbers isn't that hard. Today's #haskell problem. Winnowing down makes testing for prime-square factors much easier in today's #haskell solution.
• March 15th, 2017: For today's #haskell problem we deconstruct the construction of the Pascal's Triangle. Today's #haskell solution involves some BIG NUMBERS! ... Good thing Haskell is a mathematical language, then! 😎  
• March 14th, 2017: For today's #haskell problem, being π-day, we are going to look at the convergence of e, via projecteuler.net. Continued fractions are so easy in #haskell that it was embarrassing writing this code! 
• March 13th, 2017: Today's #haskell problem comes by way of @HaggardHawks @NicWilko (Ult): an anagram-i-verifier-...thingie. Today's #haskell solution uses #Latin to solve the anagrammatic sonnet with a Q.E.D.-function (not really). Q.E.D. 😎
  
• March 10th, 2017: Categorizing snippets to languages by ... word-endings? Ah, bon?
• March 9th, 2017: "A little less conversation; a little more perfect matching of RNA strands, baby!" #haskell problem by Elvis Presley.
   
• March 7th, 2017: For today's #haskell exercise we look at nucleotide transitions and transversions. We solve today's #haskell problem using purine/pyramidine characteristics of nucleotide bases.
  
• March 6th, 2017: For today's #haskell problem we look at numbers of combinations of alternate RNA splicing. Today's #haskell solution was answered in 1 line. Sweet!
  
• March 3rd, 2017: Let's take a break from pathing today, because it's FRIDAY! Today's #haskell problem is about partial permutations. Today's #haskell solution shows choosey mothers choose JIF! ... and partial permutations, too! ... but OTOH: SKIPPY! 
  
• March 2nd, 2017: In today's #haskell problem @geophf admits he's stupid, and in writing! Oh, and we look for the 'minimumest' path. AHA! Today's #haskell solution gives us a super-fast minimumest path through DNA strands, ... or does it? So, the error for last-element terminating early in minimumest path is corrected, but we still have work to do! 
• March 1st, 2017: Informed, or guided, subsequencing? That's what we'll be looking at for today's #haskell problem. Today's #haskell solution shows that, even though informed, common subsequences explode for even small sequences.