def isBalanced(list, pivot):		+5 points header
   """return True if list is balanced 
   w.r.t pivot; False otherwise"""      +2 if has documentation and uses 'return' in it
  
   numSmaller = numLarger = 0           +1 for some variable for totaling
   for element in list:                 +3 for loop with ":" at end
      if element < pivot:               +1 deal with elements smaller
         numSmaller = numSmaller + 1    +1 increment total (either small or large)
      elif element > pivot:             +1 deal with elements larger
         numLarger = numLarger + 1

   return numSmaller == numLarger       +1 return
                                        +1 correct result


--------------------------------------------------------------------------------

def simNGames (numGames, probA, probB):      +6 header
   """Simulat N games of RQ and return
   winsA, winsB"                             +2 documentation with 'return' and 'tuple'
  
   winsA = winsB = 0                         +1 total of wins
   trials = 0
   while trials < numGames:                  +3 for way to deal with trials
      scoreA, scoreB = simOneGame(probA,     +1 for invoking and getting both
                         probB)

      if scoreA > scoreB:                    +2 for condition and increment
         winsA = winsA + 1
      if scoreB > scoreA:
         winsB = winsB + 1                   +2 for condition and increment
   
   return winsA, winsB                       +1 for return
                                             +1 for tuple


--------------------------------------------------------------------------------

Q4:  Each question is worth six points

   A) [8, 3, 12, 3, 3]   is worth +6
      [8, ?, ?,  ?, 3]   is worth +2
      [?, 3, 12, 3, ?]   gets other +4 points

   B) [8, 3, 12, 3]      gets +6
      [8, ?, ?, 3]       gets +2
      [?, 3, 12, ?]      gets +4

   C) [5, 1, 4]          gets +6
      [5, ?, 4]          gets +3
      [?, 1, ?]          gets +3