Simulate the Expected Maximum

Difficulty

Asked at Citadel Securities

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xxxxxxxxx xxxxxxxx_xxxxxxx(x, xxxxx, xxxx), xxxxx xxxxxxxxx xx xxxxxxxxxx xxx xxxxxxxx xxxxxxx xx ( x ) xxxxxxxx xxxxxx xxxxx. xxxx xxxxxxxxx xxx xx xxxxxxxx xxxxxx xxxx. xx xx xxx xxxx xxxxxxxxx xxxxxx xxxxx "xxxx xxxxxxxx xxx xx ( x ) xxxxx". x: xxx xxxx xxxxxxxx xxxxxx xxxxxxxxx xxx xxxxxxx xx xxxxx xxxx. xxxxx: xxx xxxx xxxxx xxxxx xxxxxxxxxxx xx xxx. xxxx: xxx xxx xxxx. xxxxxxxx ( xxxxx[xxx(x_x, xxxx, x_x)xxxxx] ) xxx x.x.x. xxxxxxxx xxxxxxx xx xxxxxxxxxx, xxx xxxxxx xxx xxxxxxxx xxxxxxx xx x xxxxxxxx. xx xxxx xxxx xxxxxx xx xxxxxxxxxxxx, xxxxxx xxxx xxxxx xxxxxxxxx: xxxxxx xxx xxxxxxxxx xxxx xxxxx.xxxxxx.xxxxxxx_xxx(xxxx), xxxx xxx xxxxx xxxxxx xx xxx xxxx xx xxx.xxxxxxxx_xxxxxx((xxxxx, x)), xxxx xxx xxxxxxx xx xxxx xxx, xxx xxxxxxx. xxxxxxxx xxxxxxxx_xxxxxxx(x, xxxxxx, x) # -x.xxxx xxxxxxxx_xxxxxxx(xx, xxxxxx, xx) # x.xxxx xxx xxxxxxx xx xxx xxxx xx xxxx xxx xxxx, xx xxx xxxxx xxxxxxx xxxxxxxxx x xxxx xx xxxx. x xxxxxx xxxx xxxx ( x = xxx ), xxxxx xxx xxxxx ( xxxx{xxx x} ) xxxx xx xxxxx xxxx x.xx xxx xxx xxxxxxxxxx xxxxx xxx xxxx xxx xxxxx xx.

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Language: Python 3.12expected_maximum

import numpy as np


def expected_maximum(n: int, draws: int, seed: int) -> float:
    """..."""
    # ...
    pass

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