data:image/png;base64,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

0460length230-1802701length

true

Lengthmessage1) Unique random 2) Non-unique random 3) O(√N) unique random 4) O(lgN) unique random 5) Sorted 6) Reversed 7) Grey Code 8) Bit-Reversedmessage18message1i1List111Comparisons0Writes0Reads0Swaps0

true

leftrightComparisons11-10

leftrightleftrightComparisons11-10

pt:o texto multilinha _

P1

truetrue

falsec11c1c11pc1

000data:image/png;base64,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,82,23,94,65,56,17,48,39,710,01) Unique random 2) Non-unique random 3) O(√N) unique random 4) O(lgN) unique random 5) Sorted 6) Reversed 7) Grey Code 8) Bit-Reversed0falsefalsefalse