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1. Initialize a dictionary of strobogrammatic digits and their corresponding counterparts when rotated 180 degrees. 2. For n = 0, the is ]. strobogrammatic number 3. For n = 1, the strobogrammatic numbers are [0, 1, 8]. 4. For n > 1, recursively generate all strobogrammatic numbers of length n-2. 5. For each number generated, add each strobogrammatic digit to both sides to form a number of length n. 6. Once all strobogrammatic numbers of length n have been generated, return them. 7:46 pm

1. Initialize a dictionary of strobogrammatic digits and their corresponding counterparts when rotated 180 degrees. 2. For n = 0, the is ]. strobogrammatic number 3. For n = 1, the strobogrammatic numbers are [0, 1, 8]. 4. For n > 1, recursively generate all strobogrammatic numbers of length n-2. 5. For each number generated, add each strobogrammatic digit to both sides to form a number of length n. 6. Once all strobogrammatic numbers of length n have been generated, return them. 7:46 pm

Database System Concepts
Database System Concepts
7th Edition
ISBN:9780078022159
Author:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan
Publisher:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan
Chapter1: Introduction
Section: Chapter Questions
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1. Initialize a dictionary of strobogrammatic digits and their corresponding counterparts when rotated 180 degrees. 2. For n = 0, the is I. strobogrammatic number 3. For n = 1, the strobogrammatic numbers are [0, 1, 8]. 4. For n > 1, recursively generate all strobogrammatic numbers of length n-2. 5. For each number generated, add each strobogrammatic digit to both sides to form a number of length n. 6. Once all strobogrammatic numbers of length n have been generated, them. return 7:46 pm
Transcribed Image Text:1. Initialize a dictionary of strobogrammatic digits and their corresponding counterparts when rotated 180 degrees. 2. For n = 0, the is I. strobogrammatic number 3. For n = 1, the strobogrammatic numbers are [0, 1, 8]. 4. For n > 1, recursively generate all strobogrammatic numbers of length n-2. 5. For each number generated, add each strobogrammatic digit to both sides to form a number of length n. 6. Once all strobogrammatic numbers of length n have been generated, them. return 7:46 pm
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