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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

leftrightComparisons11-10

leftrightleftrightComparisons11-10

pt:o texto multilinha _

111

0460length230-1802701length

true

true

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28459819270291242882561,02,13,34,25,76,67,48,59,1510,1411,1212,1313,814,915,1116,1017,3118,3019,2820,2921,2422,2523,2724,2625,1626,1727,1928,1829,2330,2231,2032,2133,6334,6235,6036,6137,5638,5739,5940,5841,4842,4943,5144,5045,5546,5447,5248,5349,3250,3351,3552,3453,3954,3855,3656,3757,4758,4659,4460,4561,4062,4163,4364,4265,12766,12667,12468,12569,12070,12171,12372,12273,11274,11375,11576,11477,11978,11879,11680,11781,9682,9783,9984,9885,10386,10287,10088,10189,11190,11091,10892,10993,10494,10595,10796,10697,6498,6599,67100,66101,71102,70103,68104,69105,79106,78107,76108,77109,72110,73111,75112,74113,95114,94115,92116,93117,88118,89119,91120,90121,80122,81123,83124,82125,87126,86127,84128,85129,255130,254131,252132,253133,248134,249135,251136,250137,240138,241139,243140,242141,247142,246143,244144,245145,224146,225147,227148,226149,231150,230151,228152,229153,239154,238155,236156,237157,232158,233159,235160,234161,192162,193163,195164,194165,199166,198167,196168,197169,207170,206171,204172,205173,200174,201175,203176,202177,223178,222179,220180,221181,216182,217183,219184,218185,208186,209187,211188,210189,215190,214191,212192,213193,128194,129195,131196,130197,135198,134199,132200,133201,143202,142203,140204,141205,136206,137207,139208,138209,159210,158211,156212,157213,152214,153215,155216,154217,144218,145219,147220,146221,151222,150223,148224,149225,191226,190227,188228,189229,184230,185231,187232,186233,176234,177235,179236,178237,183238,182239,180240,181241,160242,161243,163244,162245,167246,166247,164248,165249,175250,174251,172252,173253,168254,169255,171256,1701) 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-Reversed0