Practice Test GeeksDLAB - Defense Language Aptitude Battery Practice Test
← All DLAB Flashcard Decks

Number Pattern Recognition in Invented Languages Flashcards

7 cards from real DLAB practice questions. Tap to flip, then mark Knew It or Still Learning — missed cards come back until you master them.

Read the first 7 Number Pattern Recognition in Invented Languages flashcards as text

  1. In Language S: 'fiv' = 5, 'twen' = 20, 'fiv-twen' = 25. What does 'twen-twen' most likely equal?

    Answer: 40

    'twen-twen' combines two values of 20 for a total of 40.

  2. In a fictional language: 'ple' = 3, 'ple-ple' = 6, 'ple-ple-ple' = 9. If 'qlo' = 4, what does 'qlo-ple' most likely equal?

    Answer: 7

    'qlo-ple' = qlo(4) + ple(3) = 7, using the established additive pattern.

  3. Language T uses: 'nu' = 1, 'mu' = 10, 'ku' = 100. What does 'ku-mu-nu-nu' most likely equal?

    Answer: 112

    Combining ku(100) + mu(10) + nu(1) + nu(1) = 112 additively.

  4. In Language V: 'pi' = 7, 'pipi' = 14, 'pipipi' = 21. What does 'pipipipi' most likely equal?

    Answer: 28

    Each repetition of 'pi' adds 7, so four repetitions equal 28.

  5. A fictional language uses 'zon' = 6 and 'rin' = 9. 'Zon-rin' = 15. What does 'zon-zon-rin' most likely equal?

    Answer: 21

    'zon-zon-rin' adds zon(6) + zon(6) + rin(9) = 21.

  6. In Language W: 'tri' = 3, 'hex' = 6, 'non' = 9. 'Hex-tri' = 9, 'non-tri' = 12. What does 'non-hex' most likely equal?

    Answer: 15

    'non-hex' = non(9) + hex(6) = 15, consistent with the additive pattern.

  7. In a fictional counting system: 'ab' = 2, 'cd' = 4, 'ef' = 6. What does 'ab-cd-ef' most likely equal?

    Answer: 12

    Each component contributes its value additively: 2 + 4 + 6 = 12.