A cryptographer devises the following method for encoding positive integers. First, the integer is expressed in base 5. Second, a 1-to-1 correspondence is established between the digits that appear in the expressions in base 5 and the elements of the set {V,W,X,Y,Z}. Using this correspondence, the cryptographer finds that three consecutive integers in increasing order are coded as VYZ, VYX, VVW, respectively. What is the base-10 expression for the integer coded as XYZ?<spanclass=′latex−bold′>(A)</span>48<spanclass=′latex−bold′>(B)</span>71<spanclass=′latex−bold′>(C)</span>82<spanclass=′latex−bold′>(D)</span>108<spanclass=′latex−bold′>(E)</span>113