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Euler circuit
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</figure><p>So, to determine XXX XXXX of XXX XXXXX XXXXX i.e. whether it's an XXXXX XXXX or XXXXX XXXXXXX, XX'll XXXXX XXXX path XXXXXXXXX XXXXXX XXXX the XXXXX XXXX once and determining whether XXX starting XXX XXXXXX path is XXXX or XXX.</p><p>We'll XXXX the XXXX in order XX follows:</p><p>1(Start) - 2 - X- X - X - X - 11 - 10 - X - 18 - XX - X - 15 - XX - 13 - 19 - 21 - 22 - 20 - 23 - XX - 24 - 17 - XX - X - X (end)</p><XXXXXX><img src="XXXXX://schoolsolver.XX.amazonaws.XXX/media/XXXXXXXXXXX/748EulerCircuit.XXX" data-XX="XXXXX://XXXXXXXXXXXX.XX.amazonaws.XXX/XXXXX/XXXXXXXXXXX/748EulerCircuit.png"></XXXXXX><p>XXXXX, XXX starting XXX XXXXXXXXX vertex are same, XXX XXXXX is an <strong>Euler XXXXXXX.</XXXXXX></p><p>A video has XXXX attached to give illustrative description XX XXX path XXXXXXXXX XX the question.</p><p><br></p><h4>XXXXX XXXXX Algorithm XXX finding XXXXXXXX XXXXXXXX</XX> <ol><li>List of XXX XXXXXXXX XXXXXXXX XXXXXXXX, </li><li>XXXXXXXXX XXX weight XX XXXX XXXXXXX XXXXX in Step 1 </li><li>Pick the circuit that has XXX<b>XXXXXXXX</b>weight.</li></ol><XX>XX, why it is XXXX rarely?</h4><p>This method is<b>XXXXXXXXXXX</b>, i.e., takes a lot XX XXXX. The reason XX that XX XX XXXX a XXXXXXXX XXXXX, XXXX N vertices then XXXXX XXX (N-X)! XXXXXXXX XX list, calculate XXX weight, XXX XXXX XXXXXX XXX XXXXXXXX from. XXXX XX we XXX this huge number XX (N-1)! XX XXXX, still for N as small as XX, the XXXX it takes even the fastest XXXXXXXXX XX XXX day by<b>XXXXX-Force</b>XX XXXXXX XXXX XXX age of our XXXXXXXX.Thus, we normally avoid brute XXXXX method XXX XXXXXX having vertices greater XXXX X.</p>">
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