IBPS RRB PO Input-Output

A machine processes input numbers through the following steps: Step 1: Multiply the number by 2 Step 2: Add 5 to the result Step 3: Divide by 3 If the input is 10, what is the final output?

In a data processing system, every input word is transformed as follows: - Reverse the word - Replace each vowel with the next letter in the alphabet - Capitalize the first letter What is the output for the input word 'MAKE'?

A sequence generator follows this rule: If the number is even, divide by 2. If the number is odd, multiply by 3 and add 1. Starting with 7, what is the output after applying the rule twice?

A machine rearranges a 4-digit number using these steps: Step 1: Write digits in reverse order Step 2: Swap the first and third digits Step 3: Add 100 to the result If the input is 2345, what is the final output?

A data filter processes numbers with this logic: If the number is divisible by 3, output the number divided by 3. If the number is NOT divisible by 3, output the number multiplied by 2. What is the output when the input is 18?

A machine processes input numbers through the following rules: Rule 1: If the number is even, divide by 2. Rule 2: If the number is odd, multiply by 3 and add 1. Rule 3: Repeat until the number becomes 1. Starting with input 7, how many steps does it take to reach 1?

A machine encodes messages using this process: Step 1: Write the message in a grid with 3 rows and fill left-to-right, top-to-bottom. Step 2: Read the grid column-by-column from top to bottom, left to right. Step 3: Replace each letter with the letter 2 positions ahead in the alphabet (A→C, B→D, etc.; Z→B, Y→A). Input message: BANKING What is the final encoded output?

A data processor applies these rules to a sequence of numbers: Rule 1: Sum all numbers. Rule 2: Divide the sum by the count of numbers. Rule 3: For each number, calculate its difference from the result in Rule 2. Rule 4: Sum the absolute values of all differences. Input: [4, 8, 6, 2] What is the final output?

A machine processes input strings through three sequential operations: (1) Reverse the entire string, (2) Move every consonant two positions to the right (wrapping around), (3) Replace all vowels with the digit matching their position in the alphabet (A=1, E=5, I=9, O=15, U=21). Starting with input 'MACHINE', what is the final output?

In a coding system, each letter is replaced by a two-digit code based on: (1) First digit = position in alphabet (A=1, B=2, ..., Z=26), (2) Second digit = (position mod 7). For the word 'NETWORK', after coding each letter, sum all first digits and all second digits separately. What is the difference between these two sums?

A machine processes a list by: (1) Removing all numbers divisible by both 2 and 3, (2) For remaining numbers, if even, divide by 2; if odd, multiply by 3 and add 1, (3) Count how many results are prime. Starting with '18, 7, 12, 15, 22, 9, 11', how many primes result?

A machine processes input strings through a sequence of operations. Study the pattern: Input: REASONING Step 1: Reverse the string → GNINOSAE R Step 2: Replace each vowel with the next letter in alphabet → GNNNSSBF R Step 3: Shift each consonant 2 positions backward in alphabet → ELMLLQRD P Step 4: Remove all spaces and arrange alphabetically → DELMLLPQR Now apply the SAME sequence to: PLATFORM What is the final output after all 4 steps?

An input-output system follows this rule: For each word in the input, count the number of distinct consonants. If the count is even, move the word to the end of the sequence; if odd, keep it in place. Then, alphabetically sort only the words that were moved. Apply this to: 'BRIGHT SYSTEM PUZZLE GROWTH'. What is the final output?

A sequence transformation rule states: (1) Arrange numbers in ascending order, (2) Multiply each number by its new position (starting from 1), (3) If the result is a multiple of 3, add 5; otherwise subtract 2. Apply to: '7, 3, 11, 5, 9'. What is the sum of all final values?