Check out  Quest  for more brain exercising.

 

 

 

 
The August 2001 cryptogram was: 
EDUCATION  IS  THE  PATH  FROM  COCKY    IGNORANCE  TO  MISERABLE  UNCERTAINTY.    MARK  TWAIN 

Correct answers came from  Delmar BurkittAndrzej DerdzinskiJohn JacksonAlma LittenJulia MinturnCarla NuenkeNancy TappendorfDennis Tomlinson,  and  Sally Yocom

Puzzle 2 was converted into some mysterious pretzel font on the way to the printer, but appeared in good form on the web site.  Sorry about that folks.  Still, several were able to make sense of it and deduce that the correct sequence of cards was J, A, Q, A, and 10.  Andrzej, Dennis, and Bob Kaplan submitted correct answers.

In puzzle #3 there was an omission; this one was my fault.  The statement "Bertha lost more than the girl who took Reduce" was missing.  So once again there is not a unique solution, as Andrzej pointed out (again) in his analysis of the puzzler.  I'm crediting Andrzej and Nancy for their efforts on this one.

Incidentally, Nancy is a new member transferring from Dayton Area Mensa and now living in Marysville.


 
 

 

 

 
 
This month's first and second puzzles are cryptograms.  Each letter stands for a different letter in the decoded message.  The first cryptogram is from TV.

A V M R F T F I        D P        D Q        K H        P G E L X Q P L D X G P        D P        Q X Q F        X O        K H        E G P D Q F P P.        W X V Q        E F L U F I       


 

 

 

 
 
The second cryptogram is one of those ambiguous real headlines.  It's a really tough one so I've only coded the consonants.  All five vowels stand for themselves.  It's still difficult, since eight different consonants appear only once and five appear just twice.

N O Q I H E        J E K I Z        H A D N A I K Z        V O        X U Z        S O M Z        T A L M A Q G E X F.       


 

 

 

 
This puzzle is by Albert Haddad from the column Enigma in the New Scientist by permission.

In the "odd" multiplication shown at the right, the digits have been replaced by letters and asterisks.  Different letters stand for different digits, but each letter always stands for the same digit whenever it occurs.  An asterisk can be any digit.  What is the product of the multiplication?


 

 

 

 
Correct answers and puzzle solvers will appear next month.  Send answers by  September 17th  to Dick Nuenke;  1460 Kingsgate Rd.;  Columbus, OH 43221 or call in (recording 24 hours) to 614-326-0452;  fax to 614-292-4118;  or e-mail to rnuenke@columbus.rr.com (best bet).

 

 

 

 

 
 

people | news | calendar | gifted children
diversions | area | home page