There is an error in instruction 16. The set {1,2,3,4} should be {1,2,3}.
Find a group of six people to play the board game Clue. The order of play is Miss Scarlet, Col Mustard, Mrs White, Mr Green, Mrs Peacock and Prof Plum. Each player also gets a word. Miss Scarlet's word is alphabetically the first one, continuing in ascending order for Col Mustard, Mrs White and so on. Each time a player makes a move, their word undergoes a transformation that is written as an instruction right after they move. In addition if a player makes a suggestion, their word is swapped with the word belonging to the person about whom the suggestion was made. In each turn, the transformation occurs first and then the swaps, if any. At the end, you read the transformed words, starting with the murderer and going around in the order of play.Delete all letters that do not occur in the top row of the QWERTY keyboard.
Delete the first three letters. Then read the letters in odd-numbered positions in reverse order.
The last two letters of this word represent the Top Level Domain code of a country. Replace these two letters by the first letter of the name of the country immediately south of it.
Replace the last two letters by the reverse of a string representing one of the cardinal directions, resulting in a valid English word.
Replace the last occurring state abbreviation by the abbreviation of a neighboring state.
There is a substring consisting of consecutive letters. Caesar shift this substring forward by 11 places.
Replace each vowel by the string consisting of the vowel immediately after it and the vowel immediately before it in the sequence ...AEIOUAEIOUAEIOU...
Find the longest proper subword of this word. Take the sum of the numerical values of the letters of this subword (A = 1, B = 2, etc.). Reverse the (decimal) digits of this number and write the result in words.
Caesar shift the first letter backwards by one place and move it to the end of the word.
Delete the letters that occur at even-numbered positions.
Arrange the letters in the alphabetical order. Delete the penultimate consonant. Swap all the instances of the first consonant with the first vowel and vice-versa. Anagram to get the name of a city.
Take the letter in the alphabet occurring immediately before the last letter and insert it immediately before the last vowel.
Delete all letters whose capitalized versions do not have a horizontal line of symmetry.
This word represents a number $n$. Write the $n$th element referenced in the song "The Elements" by Tom Lehrer.
If the word has an odd number of letters, delete the middle letter. Otherwise, delete the last half of the word. Then reverse whatever is left.
Let $n$ be the number of these structures on the set $\{1,2,3,4\}$. Replace the word by the name of the $n$th letter of the NATO phonetic alphabet.
Replace this object by its genus.
Replace the first letter by an appropriate string, resulting in the first name of Mathcamp visitor this year.
Replace this word by the chemical element denoted by its first two letters.
Let $n$ be the sum of the numerical values of the letters plus the number of vowels. Replace the first three letters by the symbol of the $n$th element.
Insert the female third person possessive pronoun after the first letter.
Change one letter to get a country.
Take the string formed by the first two letters. Its reversal is the Top Level Domain code of a country. Write down the capital city of this country.
If the word has an odd number of letters, replace the middle letter by the next letter in the alphabet. Otherwise, attach an A to the beginning of the first half of the word.
Let $n$ be the sum of the numerical values of the letters modulo 12. Take the $n$th Zodiac sign (Aries = 1, Taurus = 2, etc.)
Let $n$ be the number of letters in this word. Take the name of the $n$th month.
Replace this word by a nine-letter synonym.
Delete all the letters that are typed by the right hand in a QWERTY layout.
Move the first vowel forward one position according to the sequence AEIOUAEIOU...
This word contains a non-consecutive substring that forms the name of a playing card. Delete this substring.
Replace the third and fourth letters by the first and second letters respectively.
If the word has an odd number of letters, take the middle letter. Otherwise take the penultimate letter.
Delete all letters that do not occur at square-numbered positions (1,4,9, etc) in the word.
This word sounds like a letter of the alphabet. Replace the word by this letter.
Delete all letters whose capital forms have trivial fundamental group.
This word can be split as a sequence of chemical element symbols. Take the list (possibly with multiplicities) of their atomic numbers and compute its average. Replace the word by the symbol of the element with this average atomic number.