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Machine Input-Output - Intermediate-Advanced Level: machine rules INTERMEDIATE-ADVANCED

Ready to master machine input-output? This time-bound test features 20 intermediate-advanced-level challenges. Worksheet 22 of 30 sharpens your machine rules skills. Master machine logic, automated processing, algorithmic transformation 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 Machine Input-Output
Worksheet 22 of 30 (73% complete)

Question 1

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

Question 2

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

Question 3

Input: fox apple 55 37 dog 45 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 4

Study the pattern: Input: 42 15 78 23 Output: 15 23 42 78 Now, what will be the output for: Input: 12 91 30 39
The machine applies 'numbers_ascending' rule.
12 91 30 39 → 12 30 39 91
reverse-engineering, pattern-recognition

Question 5

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

Question 6

Input: banana plum 38 73 89 peach 25 cherry What is Step 1 output?
Step 1: Step 1: plum 38 73 89 banana peach 25 cherry
words, numbers, mixed, banking

Question 7

Input: fox umbrella ice 55 28 apple 19 Step 1: Check condition for each element Step 2: Elements satisfying condition: Step 3: Rearranged output: fox umbrella ice apple 55 28 19 What is the final output?
Final output after conditional rearrangement: fox umbrella ice apple 55 28 19
conditional, property-based, logic

Question 8

Input: FOCUS Final Output: TVDPG What is the correct sequence of operations?
The operations applied in order: Shift +1 → Reverse
chaining, multi-operation, sequence

Question 9

Input: 37 12 cat fox umbrella elephant 19 Rule: Words with length >4 go to left, others to right Which elements satisfy the condition?
Elements satisfying the condition: umbrella elephant
conditional, property-based, logic

Question 10

Input: 15 cow 45 dog pig 25 Step 1: 15 45 dog cow pig 25 Step 2: 15 dog 45 cow pig 25 Step 3: 15 45 cow pig dog 25 What is Step 4 output?
Following the pattern: Step 4: 15 cow 45 pig dog 25
rearrangement, basic, step-by-step

Question 11

Study the pattern: Input: apple cat umbrella dog Output: apple umbrella cat dog Now, what will be the output for: Input: apple cat dog ball
The machine applies 'vowel_first' rule.
apple cat dog ball → apple cat dog ball
reverse-engineering, pattern-recognition

Question 12

Input: 12 cat elephant umbrella dog 37 45 Rule: Words with length >4 go to left, others to right Which elements satisfy the condition?
Elements satisfying the condition: elephant umbrella
conditional, property-based, logic

Question 13

Input: 19 elephant 37 dog bat 12 cat Step 1: Check condition for each element Step 2: Elements satisfying condition: elephant Step 3: Rearranged output: elephant 19 37 12 dog bat cat What is the final output?
Final output after conditional rearrangement: elephant 19 37 12 dog bat cat
conditional, property-based, logic

Question 14

Input: cat umbrella apple 37 45 28 bat 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 15

Input: BRAIN Step 1 (First to End): RAINB What is the output after 1 operation(s)?
After 1 operation(s): SBJOC
chaining, multi-operation, sequence

Question 16

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

Question 17

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

Question 18

Input: ORANGE BLUE RED GREEN WHITE PINK Step 1: ORANGE BLUE RED GREEN WHITE PINK Step 2: OB RG WP Step 3: OR WP What is Step 4?
Step 4: Step 4: OW
prediction, pattern, expert

Question 19

Study the pattern: Input: apple cat umbrella dog Output: apple umbrella cat dog Now, what will be the output for: Input: ice cat umbrella ball
The machine applies 'vowel_first' rule.
ice cat umbrella ball → ice umbrella cat ball
reverse-engineering, pattern-recognition

Question 20

Input: 45 55 15 pig hen fox Machine moves largest number to left each step Step 1: 55 45 15 pig hen fox What is Step 2 output?
Step 1: Step 1: 55 45 15 pig hen fox
Step 2: Step 1: 55 45 15 pig hen fox
rearrangement, basic, step-by-step
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