# Exactly

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Keywords | Content |
---|---|

start, begin | Start by filling the words from the word bank into the blanks. You might find it easiest to start with proper nouns, prepositions, or verbs in specific tenses. |

start, heavy | When the correct words are put in the blanks, each line will give a clue for a specific number. |

ID | [confirming and disconfirming as well] Note that all of the phrases you have so far have something in common: they're oddly specific numbers in works of fiction. Try to use that to help you identify the others. |

crunch | [confirm partial progress, especially disconfirming incorrect placements.] [if they're extra stuck, suggest phrases like TIME TRAVEL, OFF THE WALL, LOAF OF BREAD, EMERGENCY SERVICES if they don't have them and seem stuck] [If they haven't noticed numerical ordering] Note that the numbers A through P are arranged in that order for a reason. If you can figure out the reason, it will help you find the numbers for the remaining ones more easily. |

extract | Once you've got all the numbers, plug them into the equation at the bottom to get one final number. You will know when you have the right number because googling it will show a very clear pop culture reference. |

14000605 | Fill in the final set of blanks to make a phrase describing the number you have. The answer is the two-word name of a certain fictional character. |

\(A\) | '= | ___ OF ___ ___ AN ___ ___ |

\(B\) | '= | THE ___ TO THE ___ ___ |

\(C\) | '= | ___ ___ THE ___ ___ ___ TO ___ |

\(D\) | '= | ___ OF ___ ___ TO ___ |

\(E\) | '= | ___ ___ ___ TO ___ ___ |

\(F\) | '= | ___ ___ TO AT THE ___ OF ___ |

\(G\) | '= | ___ AT WHICH ___ ___ |

\(H\) | '= | ___ ___ ___ A ___ OF ___ |

\(I\) | '= | ___ IN A ___ IN ___ |

\(J\) | '= | ___ SO ___ |

\(K\) | '= | ___ FOR THE ___ IN THE ___ ___ A ___ |

\(L\) | '= | ___ THE ___ ___ ___ THE ___ |

\(M\) | '= | ___ ___ THAT ___ ___ OFF THE ___ |

\(N\) | '= | ___ ___ THE ___ ___ |

\(O\) | '= | ___ OF ___ ___ IN ___ |

\(P\) | '= | ___ ___ FOR ___ ___ |

N + B(M + H)/C + E*⌊F - gcd(G, P) * log_(AJ) O⌋ - I/D + K - L = ___ ___ BY [___ ___]