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Machine Input-Output - Intermediate Level: automated processing INTERMEDIATE

Quick mental agility ★ session: 20 intermediate-level machine input-output questions. Worksheet 17 of 30 - Focus: automated processing. Practice algorithmic transformation, machine operations, output determination with instant feedback. Great for mid-level students needing moderate complexity with mixed patterns practice.

📝 Worksheet 17 of 30 • 20 questions • ⏱️ Estimated time: 20 minutes • 🎯 Intermediate level

What you'll learn in this worksheet:
Your progress through Machine Input-Output
Worksheet 17 of 30 (56% complete)

Question 1

Input: 37 28 ice umbrella elephant 45 dog Step 1: Check condition for each element Step 2: Elements satisfying condition: ice umbrella elephant Step 3: Rearranged output: ice umbrella elephant 37 28 45 dog What is the final output?
Final output after conditional rearrangement: ice umbrella elephant 37 28 45 dog
conditional, property-based, logic

Question 2

Input: 12 37 ice bat 55 umbrella apple Rule: Numbers with digit sum >10 go to left, others to right How many elements satisfy the condition?
Elements satisfying the condition:
Count = 0
conditional, property-based, logic

Question 3

Input: elephant apple 12 28 bat 37 fox Rule: Numbers with digit sum >10 go to left, others to right Which elements satisfy the condition?
Elements satisfying the condition:
conditional, property-based, logic

Question 4

Study the pattern: Input: hello world Output: Hello World Now, what will be the output for: Input: logic world python
The machine applies 'first_letter_caps' rule.
logic world python → Logic World Python
reverse-engineering, pattern-recognition

Question 5

Step 1: Step 1: berry 38 cherry 25 41 peach 12 mango Step 2: Step 2: berry cherry 25 41 peach 38 12 mango What was the original Input?
The original input was: cherry berry 38 25 41 peach 12 mango
words, numbers, mixed, banking

Question 6

Input: 50 40 20 60 70 80 Step 1: 50 40 20 60 70 80 Step 2: 40 20 70 50 60 80 Step 3: 20 70 60 40 50 80 What is Step 4?
Step 4: Step 4: 70 60 50 20 40 80
prediction, pattern, expert

Question 7

Machine Input: Row 1: moon galaxy planet Row 2: blue yellow green Rule: Row 1 sorted alphabetically, Row 2 sorted alphabetically Step 1: Row 1 → galaxy moon planet Step 2: Row 2 → blue green yellow What is the final arrangement?
Final output:
Row 1: galaxy moon planet
Row 2: blue green yellow
double-row, parallel, complex

Question 8

Input: GREEN ORANGE RED BLUE BLACK YELLOW Step 1: GREEN ORANGE RED BLUE BLACK YELLOW Step 2: GO RB BY What is Step 3?
Step 3: Step 3: GR BY
prediction, pattern, expert

Question 9

Machine Input: Row 1: moon galaxy planet Row 2: blue red purple Rule: Elements at same positions are swapped between rows Step 1: Swap positions → Row 1: blue red purple Step 2: Row 2: moon galaxy planet What is the final arrangement?
Final output:
Row 1: ['blue', 'red', 'purple']
Row 2: ['moon', 'galaxy', 'planet']
double-row, parallel, complex

Question 10

Machine Input: Row 1: star sun planet Row 2: purple blue red Rule: Vowel-starting words first (sorted), then consonant-starting words (sorted) Step 1: Separate vowels/consonants Step 2: Row 1 → planet star sun Step 3: Row 2 → blue purple red What is the final arrangement?
Final output:
Row 1: planet star sun
Row 2: blue purple red
double-row, parallel, complex

Question 11

Input: 80 20 30 50 40 10 Step 1: 80 20 30 50 40 10 Step 2: 20 30 40 80 50 10 Step 3: 30 40 50 20 80 10 What is Step 4?
Step 4: Step 4: 40 50 80 30 20 10
prediction, pattern, expert

Question 12

Input: 12 cat ice 45 bat elephant 55 Step 1: Check condition for each element Step 2: Elements satisfying condition: Step 3: Rearranged output: cat ice bat elephant 12 45 55 What is the final output?
Final output after conditional rearrangement: cat ice bat elephant 12 45 55
conditional, property-based, logic

Question 13

Input: 12 19 fox 28 apple elephant bat Rule: Words with length >4 go to left, others to right Which elements satisfy the condition?
Elements satisfying the condition: apple elephant
conditional, property-based, logic

Question 14

Input: cow 55 rat 45 pig 35 Step 1: 55 rat 45 cow pig 35 Step 2: 55 45 cow pig rat 35 Step 3: 55 45 pig cow rat 35 ... What is the final output after complete rearrangement?
Final arrangement: 55 45 35 cow rat pig
rearrangement, basic, step-by-step

Question 15

Machine Input: Row 1: galaxy moon planet Row 2: yellow blue purple Rule: Row 1 sorted alphabetically, Row 2 sorted alphabetically Step 1: Row 1 → galaxy moon planet Step 2: Row 2 → blue purple yellow What is the final arrangement?
Final output:
Row 1: galaxy moon planet
Row 2: blue purple yellow
double-row, parallel, complex

Question 16

Input: 45 25 rat 65 bat cat Machine moves largest number to left each step Step 1: 25 45 rat 65 bat cat What is Step 2 output?
Step 1: Step 1: 25 45 rat 65 bat cat
Step 2: Step 2: 45 rat 25 65 bat cat
rearrangement, basic, step-by-step

Question 17

Machine Input: Row 1: sun star planet Row 2: blue purple yellow Rule: Words are paired by total length (shortest pairs first) Step 1: Pair by length → Row 1: sun star planet Step 2: Row 2: blue purple yellow What is the final arrangement?
Final output:
Row 1: sun star planet
Row 2: blue purple yellow
double-row, parallel, complex

Question 18

Input: FOCUS Final Output: FSC What is the correct sequence of operations?
The operations applied in order: Remove Vowels → First to End → Reverse
chaining, multi-operation, sequence

Question 19

Input: 37 55 12 cat ice apple elephant Rule: Words with length >4 go to left, others to right Which elements satisfy the condition?
Elements satisfying the condition: apple elephant
conditional, property-based, logic

Question 20

Input: CODE Step 1 (Uppercase): CODE Step 2 (Lowercase): code What is the final output after all operations?
Final output after applying Uppercase, Lowercase, Reverse: edoc
chaining, multi-operation, sequence
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