Greetings and salutations! In addition to determining the desired numerical sequences, this month’s puzzle asks you to build equations. Complete the grid so that each row and column contains every digit from 1 to 6 (as you would with a sudoku). However, the numbers in each shaded area also form an equation. The total is …
Adventures in Odyssey
Greetings and salutations! Have you solved this month’s perplexing puzzle? If you think you have the answer, click on the image below.
Greetings and salutations! Have you solved this month’s perplexing puzzle? If you think you have the answer, click on the image below.
Greetings and salutations! In addition to determining the desired numerical sequences, this month’s puzzle asks you to build equations. Complete the grid so that each row and column contains every digit from 1 to 6 (as you would with a sudoku). However, the numbers in each shaded area also form an equation. The total is …
Did you compute the solution to May’s robot code? Here it is again: How It Works Do you see those markings on each platform? Those are Chinese numerals in calligraphy. Translated into English, they read: Arrange the robots in numerical order. Then read the letters to find the secret word. Look for a new code …
Is May’s road sign code driving you crazy? Here it is again: How It Works Concentrate on the numbers in each sign. If the number is greater than 26, skip it. If it’s somewhere between 1 and 26, convert the number to a letter using the basic substitution code (A=1, B=2 … Z=26). Coolness! Highways …
This code’s no gift—or is it? Here’s the December message again: How It Works Figuring out this code can be tricky… unless you know what to look for. Only read the letters on the tags with presents that are wrapped in solid colors (no patterns). That’s it! Coolness! The inspiration for “Secret Santa” is often …
Greetings and salutations! Have you solved this month’s perplexing puzzles? Fill in the grid below so each row, column and colored shape includes every number from 1 to 5. (That means no repeats, either horizontally or vertically.) If you think you have the answer, click on the image below. This second puzzle is even harder. …
Did December’s snowflake code give you chills? Here it is again: How It Works You’ve heard that no two snowflakes are the same, right? To break this code, look hard at each snowflake and correctly match it to the corresponding letter in the key below: Coolness! Jesus’ birth may not have been exactly the way …
Do you know what all the bugs stand for in the July 2011 issue of Clubhouse magazine? Don’t get bugged! Here’s the code again: How It Works: This is a hard one! To decipher these bugs, assign points to each insect. A fly equals five points. Each mosquito equals one point. Add the insects grouped …