Input-Output - Beginner Level: algorithmic logic BEGINNER

Level up your input-output skills with this entry level practice. 20 beginner-level problems await in Worksheet 4 of 30. Focus area: algorithmic logic. Learn algorithmic logic, processing rules, output generation through systematic practice. Designed for entry-level learners seeking foundational concepts and basic patterns.

📝 Worksheet 4 of 30 • 20 questions • ⏱️ Estimated time: 20 minutes • 🎯 Beginner level

What you'll learn in this worksheet:

Tackle exam-style algorithmic logic questions with confidence
Learn time-saving tricks for processing rules problems
Practice entry level practice techniques for better scores
Identify and avoid common mistakes in output generation
Build exam temperament through algorithmic logic practice

Your progress through Input-Output

Worksheet 4 of 30 (13% complete)

Question 1

Input: PYTHON Step 1 (shift+1): QZUIPO What is the final output after all 2 transformations?

Applied shift+1, remove_vowels sequentially: PYTHON → QZP

function, composition, chaining

Question 2

Input: PYTHON Step 1 (reverse): NOHTYP Step 2 (double_letters): NNOOHHTTYYPP What is the final output after all 3 transformations?

Applied reverse, double_letters, remove_vowels sequentially: PYTHON → NNHHTTYYPP

function, composition, chaining

Question 3

Rule: shift letters +2 - Shift each letter forward by 2 positions (wrap around) Example: abc xyz → cde zab Input: abc xyz Output: ?

Following the 'shift letters +2' rule: abc xyz → cde zab

stepwise, classic, transformation

Question 4

Input: LOGIC Step 1 (shift+1): MPHJD What is the final output after all 2 transformations?

Applied shift+1, shift-1 sequentially: LOGIC → LOGIC

function, composition, chaining

Question 5

Input: 98 80 12 83 Coding Scheme: 0→!, 1→?, 2→~, 3→^, 4→&, ... Rule: Replace each digit with its corresponding symbol Output: ?

Each digit replaced by its symbol: 98 80 12 83 → %$ $! ?~ $^

symbol, coding, substitution

Question 6

Input: 22 58 18 29 Coding Scheme: 0→@, 1→#, 2→$, 3→%, 4→&, ... Rule: Replace each digit with its corresponding symbol Output: ?

Each digit replaced by its symbol: 22 58 18 29 → $$ *~ #~ $^

symbol, coding, substitution

Question 7

Word: LOGIC Step 1: Shift each letter +2 → NQIKE Step 2: Product of positions Find Step 2.

Product of alphabetical positions: LOGIC → 34020

alpha-coding, decoding, positions

Question 8

Input: 66 69 92 53 Coding Scheme: 0→@, 1→#, 2→$, 3→%, 4→&, ... Rule: Replace each digit with its corresponding symbol Output: ?

Each digit replaced by its symbol: 66 69 92 53 → !! !^ ^$ *%

symbol, coding, substitution

Question 9

Input: tulip 28 84 daisy 63 rose 45 jasmine Step 1: 28 45 63 84 daisy jasmine rose tulip Step 2: Alternate elements reversed (positions 2,4,6...) What is Step 2 output?

From Step 1, reverse every second element: 28 54 63 48 daisy enimsaj rose pilut

sorting, word/number, multi-stage

Question 10

Input: 243 136 82 47 Rule: Apply AND operation on first two numbers Output: ?

Bitwise AND operation: 243 & 136 = 128

bitwise, logical, operations

Question 11

Input: 84 orchid lily rose 71 lotus 90 28 Step 1: 28 71 84 90 lily lotus orchid rose Step 2: 28 17 84 09 lily sutol orchid esor Step 3: Capitalize words, double numbers What is Step 3 output?

From Step 2, double all numbers and capitalize all words: 56 34 168 18 Lily Sutol Orchid Esor

sorting, word/number, multi-stage

Question 12

Input: 3 9 81 What is the next number in the sequence?

Each number is the square of the previous: 3 9 81 → 6561

pattern, sequence, completion

Question 13

Rule: alternate case - Convert to alternate case starting with uppercase Example: hello world → HeLlO WoRlD Input: test exam Output: ?

Following the 'alternate case' rule: test exam → TeSt ExAm

stepwise, classic, transformation

Question 14

Input: 19 42 bat dog fig 31 cat apple Step 1: 19 31 42 apple bat cat dog fig Step 2: Double all numbers, uppercase all words What is Step 2 output?

From Step 1, numbers doubled, words uppercased: 38 62 84 APPLE BAT CAT DOG FIG

logic, chaining, multi-step

Question 15

Input: CODE Step 1 (lowercase): code What is the final output after all 2 transformations?

Applied lowercase, reverse sequentially: CODE → edoc

function, composition, chaining

Question 16

Input: 3 9 81 What is the next number in the sequence?

Each number is the square of the previous: 3 9 81 → 6561

pattern, sequence, completion

Question 17

Input: 15 30 173 96 Rule: Count set bits (1's) in binary of first number Output: ?

Count of 1's in binary representation of 15 = 4

bitwise, logical, operations

Question 18

Word: CLEVER Step 1: Shift each letter +2 → ENGXGT Step 2: Sum of positions (A=1, B=2...) Find Step 2.

Sum of alphabetical positions: CLEVER → 65

alpha-coding, decoding, positions

Question 19

Input: lemon 27 fig 38 date Apply conditional rules based on item type and properties Output: ?

Applied specific rules to each element based on its type and characteristics: nomel 9 Fig 3 eaue

coding, conditional, rules

Question 20

Input Matrix: 69 81 24 71 73 38 85 73 Apply transformation: transpose What is the output?

Matrix transposition (rows become columns, columns become rows)
69 81 24 71
73 38 85 73 → 69 73
81 38
24 85
71 73

matrix, grid, transformation, spatial

📈 Building expertise: Worksheet 4 of 30 in Input-Output.

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