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of pages per bookunsigned int *m_ptr;unsigned int i;printf ("Input N (the lines of M):");scanf ("%u", n);if (n > N) {//If the book is more than 2048, request memory to savePTR = (unsigned int (*) [ten]) malloc (n*10*sizeof (unsigned int));M_ptr = (unsigned int *) malloc (n*sizeof (unsigned int));}else {ptr = arr;M_ptr = m;}printf ("Input%u numbers:", n);for (i=0; iscanf ("%u", m_ptr + i);}for (i=0; iFunc (PTR, m_ptr[i], i);}Output 0-9printf ("Number:%5u%5u%5u%5u%5u%5u%5u%5u%5u%5u\n", 0, 1, 2, 3

2590 Zhang Lu 2547 Zhang Fan 2517 Zhang Bo 2500 Zhang Shuai 2382 Zhang Jian 2306 Zhang Ning 2275 Zhang Ying 2139 Zhang Xue 2121 Zhang Lin 2114 Zhang Ying 2109 Zhang Jie 1984

specified window size.""" returnValues.rolling (window=window). Mean ()defget_rolling_std (values, window):"""Return rolling Standard deviation of given values, using specified window size.""" #Todo:compute and return rolling standard deviation returnValues.rolling (window=window). STD ()defget_bollinger_bands (rm, RSTD):"""Return Upper and lower Bollinger bands.""" #todo:compute Upper_band and Lower_bandUpper_band = RSTD * 2 +RM Lower_band= RM-RSTD * 2returnUpper_band, Lower_bandde