Toggle navigation
Home
Ask A Question
Ask
Answer Questions
Answer
Users
Support/FAQ
Login
Register
Preview 50% of the Answer Below
Due to formatting, images, tables, or paragraphs may be out of place or not shown. Rest assured that they will be included and formatted correctly in your purchased answer.
Details
Question Title:
Euler circuit
Go Back to the Question
Answer Preview
</figure><p>So, to XXXXXXXXX XXX XXXX of XXX above graph i.e. XXXXXXX it's an Euler XXXX or Euler circuit, we'll start with XXXX formation moving XXXX XXX XXXXX XXXX once and XXXXXXXXXXX XXXXXXX XXX starting and XXXXXX path XX XXXX or XXX.</p><p>XX'll take the XXXX in order as follows:</p><p>1(XXXXX) - X - 6- 3 - X - 7 - 11 - 10 - X - XX - 12 - 8 - 15 - XX - 13 - 19 - 21 - 22 - 20 - XX - XX - XX - XX - XX - 5 - 1 (XXX)</p><figure><img XXX="XXXXX://schoolsolver.s3.amazonaws.XXX/media/XXXXXXXXXXX/XXXXXXXXXXXXXXX.XXX" data-s3="https://schoolsolver.s3.XXXXXXXXX.com/XXXXX/XXXXXXXXXXX/748EulerCircuit.png"></XXXXXX><p>Since, the starting and XXXXXXXXX vertex are same, XXX graph XX an <strong>XXXXX circuit.</strong></p><p>A XXXXX XXX XXXX attached XX XXXX illustrative XXXXXXXXXXX of XXX path formation of XXX question.</p><p><XX></p><XX>XXXXX XXXXX XXXXXXXXX for XXXXXXX XXXXXXXX Circuits</XX> <ol><li>XXXX of all XXXXXXXX Hamilton XXXXXXXX, </li><li>XXXXXXXXX XXX weight of each circuit XXXXX in Step X </li><li>Pick XXX circuit that has the<b>XXXXXXXX</b>XXXXXX.</li></ol><h4>So, why it is used rarely?</XX><p>This method XX<b>XXXXXXXXXXX</b>, i.e., XXXXX a XXX of time. The XXXXXX is XXXX if we XXXX a complete graph, with N XXXXXXXX then XXXXX are (N-1)! XXXXXXXX XX list, calculate the weight, XXX then XXXXXX XXX XXXXXXXX XXXX. Even if we cut XXXX XXXX number XX (N-X)! by half, XXXXX XXX N as XXXXX XX 28, XXX time it XXXXX XXXX the fastest computers of our day XX<b>Brute-Force</b>is XXXXXX than XXX age XX our XXXXXXXX.Thus, XX normally XXXXX XXXXX force method XXX graphs XXXXXX XXXXXXXX greater XXXX X.</p>">
Attachment #1 Preview
