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Input-Output (Basic) - Intermediate-Advanced Level: pattern recognition INTERMEDIATE-ADVANCED

Ready to master input-output (basic)? This time-bound test features 20 intermediate-advanced-level challenges. Worksheet 22 of 30 sharpens your pattern recognition skills. Master reasoning questions, logical thinking, problem solving through guided practice. Perfect for advanced developing test preparation.

📝 Worksheet 22 of 30 • 20 questions • ⏱️ Estimated time: 20 minutes • 🎯 Intermediate-advanced level

What you'll learn in this worksheet:
Your progress through Input-Output (Basic)
Worksheet 22 of 30 (73% complete)

Question 1

Input: ALERT Step 1: Reverse the word → TRELA Step 2: Shift each letter +1 (A→B, B→C, ..., Z→A) → USFMB Step 3: Rotate left by 2 positions → FMBUS Step 4: For even positions (0-indexed), keep letter; for odd positions, replace with position number (A=1, B=2...) → F13B21S What is the final output?
Multiple transformations applied sequentially: ALERT → TRELA → USFMB → FMBUS → F13B21S
pattern, multi-transformation

Question 2

Input: 58 91 60 20 63 98 Step 1: 20 91 60 58 63 98 Step 2: 20 58 60 91 63 98 What is the final sorted output in ascending order?
Numbers are arranged in ascending order (smallest to largest): 20 58 60 63 91 98
numerical, ascending

Question 3

Input: hello deed noon coding python Step 1: Palindromic words (read same forwards/backwards): deed noon Step 2: Non-palindromic words: coding hello python Step 3: Combine (palindromes first, then others, each sorted alphabetically): deed noon coding hello python What is the final output?
Palindromic words first (alphabetically sorted), then non-palindromic words (alphabetically sorted): deed noon coding hello python
palindrome, word-property

Question 4

Input: SMART Step 1: Reverse the word → TRAMS Step 2: Shift each letter +1 (A→B, B→C, ..., Z→A) → USBNT Step 3: Rotate left by 2 positions → BNTUS Step 4: For even positions (0-indexed), keep letter; for odd positions, replace with position number (A=1, B=2...) → B14T21S What is the final output?
Multiple transformations applied sequentially: SMART → TRAMS → USBNT → BNTUS → B14T21S
pattern, multi-transformation

Question 5

Input: 78 cherry elderberry 12 56 banana 23 Step 1: Sorted words → banana cherry elderberry Step 2: Sorted numbers → 12 23 56 78 Step 3: Interleave (word, number, word, number...) → banana 12 cherry 23 elderberry 56 78 What is the final output?
Words sorted alphabetically, numbers sorted ascending, then interleaved in pattern: word, number, word, number... → banana 12 cherry 23 elderberry 56 78
interleaving, patterns

Question 6

Input: dog fish cat elephant tiger Step 1: dog cat fish elephant tiger Step 2: dog cat elephant fish tiger Step 3: cat dog elephant fish tiger What will be the final output after complete sorting?
The words are arranged in alphabetical (dictionary) order. dog fish cat elephant tiger → cat dog elephant fish tiger
alphabetical, sorting

Question 7

Input: hello coding world noon level Step 1: Palindromic words (read same forwards/backwards): level noon Step 2: Non-palindromic words: coding hello world Step 3: Combine (palindromes first, then others, each sorted alphabetically): level noon coding hello world What is the final output?
Palindromic words first (alphabetically sorted), then non-palindromic words (alphabetically sorted): level noon coding hello world
palindrome, word-property

Question 8

Input: apple 5 23 elderberry 44 31 date Step 1: Sorted words → apple date elderberry Step 2: Sorted numbers → 5 23 31 44 Step 3: Interleave (number, word, number, word...) → 5 apple 23 date 31 elderberry 44 What is the final output?
Words sorted alphabetically, numbers sorted ascending, then interleaved in pattern: number, word, number, word... → 5 apple 23 date 31 elderberry 44
interleaving, patterns

Question 9

Input: 51 5 3 27 73 31 12 71 Step 1: Identify prime numbers: 3 5 31 71 73 Step 2: Identify composite numbers: 12 27 51 Step 3: Combine (primes first, then composites, each sorted ascending): 3 5 31 71 73 12 27 51 What is the final output?
Prime numbers first (sorted ascending), followed by composite numbers (sorted ascending): 3 5 31 71 73 12 27 51
prime, filtering

Question 10

Input: FOCUS Step 1: Reverse the word → SUCOF Step 2: Shift each letter +1 (A→B, B→C, ..., Z→A) → TVDPG Step 3: Rotate left by 2 positions → DPGTV Step 4: For even positions (0-indexed), keep letter; for odd positions, replace with position number (A=1, B=2...) → D16G20V What is the final output?
Multiple transformations applied sequentially: FOCUS → SUCOF → TVDPG → DPGTV → D16G20V
pattern, multi-transformation

Question 11

Input: ant elephant horse dog lion Step 1: ant elephant dog horse lion Step 2: ant dog elephant horse lion What will be the final output after complete sorting?
The words are arranged in alphabetical (dictionary) order. ant elephant horse dog lion → ant dog elephant horse lion
alphabetical, sorting

Question 12

Input: butterfly hippopotamus cat dog butterfly Step 1: cat dog Step 2: cat dog butterfly butterfly Rule: Arrange words by length (shortest first), then alphabetically for same length. What is the final output?
Sorted by word length: cat dog butterfly butterfly hippopotamus
length, multi-criteria

Question 13

Input: venus earth 56 42 sun 67 Step 1: Separate → Words: venus earth sun, Numbers: 56 42 67 Step 2: Sort numbers ascending → 42 56 67 Step 3: Sort words by length (then alphabetically) → sun earth venus Step 4: Alternate (word, number, word, number...) → sun 42 earth 56 venus 67 What is the final output?
Words sorted by length (shortest first, alphabetically for ties), numbers sorted ascending, then alternated: sun 42 earth 56 venus 67
complex, multi-step, advanced

Question 14

Input: 55 84 60 42 8 27 68 24 Step 1: Even numbers (sorted): 8 24 42 60 68 84 Step 2: Odd numbers (sorted): 27 55 Step 3: Combine (evens then odds): 8 24 42 60 68 84 27 55 What is the final output?
Even numbers first (sorted ascending), then odd numbers (sorted ascending): 8 24 42 60 68 84 27 55
odd-even, separation

Question 15

Input: 44 40 61 91 27 69 Step 1: 27 40 61 91 44 69 Step 3: 27 40 44 91 61 69 What is the final sorted output in ascending order?
Numbers are arranged in ascending order (smallest to largest): 27 40 44 61 69 91
numerical, ascending

Question 16

Input: date apple 78 56 23 5 elderberry Step 1: Sorted words → apple date elderberry Step 2: Sorted numbers → 5 23 56 78 Step 3: Interleave (number, word, number, word...) → 5 apple 23 date 56 elderberry 78 What is the final output?
Words sorted alphabetically, numbers sorted ascending, then interleaved in pattern: number, word, number, word... → 5 apple 23 date 56 elderberry 78
interleaving, patterns

Question 17

Input: 70 91 41 30 79 53 Step 1: Calculate digit sums → 70(7) 91(10) 41(5) 30(3) 79(16) 53(8) Step 2: Sort by digit sum (ascending) → 30 41 70 53 91 79 What is the final sorted output?
Numbers sorted by sum of their digits (smallest sum first). If sums are equal, numbers sorted by value: 30 41 70 53 91 79
digit-sum, numerical

Question 18

Input: umbrella fish lion cat orange Step 1: Identify vowel-starting words: orange umbrella Step 2: Identify consonant-starting words: cat fish lion Step 3: Sort each group alphabetically Step 4: Combine (vowels first, then consonants): orange umbrella cat fish lion What is the final output?
Words starting with vowels come first (sorted alphabetically), followed by words starting with consonants (sorted alphabetically): orange umbrella cat fish lion
vowel, consonant, separation

Question 19

Input: apple 31 elderberry fig 56 12 23 date Step 1: Sorted words → apple date elderberry fig Step 2: Sorted numbers → 12 23 31 56 Step 3: Interleave (number, word, number, word...) → 12 apple 23 date 31 elderberry 56 fig What is the final output?
Words sorted alphabetically, numbers sorted ascending, then interleaved in pattern: number, word, number, word... → 12 apple 23 date 31 elderberry 56 fig
interleaving, patterns

Question 20

Input: 44 grape date apple 5 12 Step 1: Sorted words → apple date grape Step 2: Sorted numbers → 5 12 44 Step 3: Interleave (number, word, number, word...) → 5 apple 12 date 44 grape What is the final output?
Words sorted alphabetically, numbers sorted ascending, then interleaved in pattern: number, word, number, word... → 5 apple 12 date 44 grape
interleaving, patterns
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