1.1

1.2

1.3

Generate a list of 300 random values in the range 1-99. Determine, print, and remove duplicate values of numbers from the list that appears more than 2 times. Your program should print sorted original list generated randomly. (Ex: (1,1,4,4,4,5,6,6,10,10,10,10)) duplicate values that appear more than 2 times, and (Ex : [4,4,4,10,10,10,10)) the list without duplicates that appear more than 2 times. (Ex: (1,1,5,6,6]) (Hint: you many want to sort the list first.) Write the missing functions myAverage, ny StandardDev, win, and myCorrelation in the following code. The formulas for average (mean), standard deviation and correlation are given below. no deviation PI import math import randon def my Avearage (ist): def syStandard Dev(1st): def myMin(st): def wyCorrelation(x, y): def main(): alist - [11, 20, 30, 50, 80, 90, 181, 15, 125, 128, 15e, 185, 280, 248, 260, 290) blist - (14, 25, 28, 45, 79, 85, 121, 115, 125, 256, 160, 195, 230, 270, 280, 330] Chist. blist.copy clist.reverse() dList. [randon.rand int(1,99) for x in range(len(alist))] print("Lists:") print("List Astralist)) print("list " + str(blist)) print("List Costr(clist)) print("List D."str(dList)) print() print("List A Average " + str(ayAvearagealist))) print("standart Deviation of List Astrmystandardev (alist) print("Minimum of List Astr(myminalist))) print() print("List 8 Average = " + str(ayAvearage(alist))) print("Standart Deviation of List 8 str(myStandardDev(alist)>> print("Minimum of List .". str(myMinalist) >> print() print("Correlation of List A and B = str(myCorrelationalist, blist>>> print("Correlation of List A and Estr(nyCorrelationalist, clist))) print("Correlation of List A and D=" + str(myCorrelationalist, dlist>>> main() Write the missing functions myAverage, ny StandardDev, win, and myCorrelation in the following code. The formulas for average (mean), standard deviation and correlation are given below. no deviation PI import math import randon def my Avearage (ist): def syStandard Dev(1st): def myMin(st): def wyCorrelation(x, y): def main(): alist - [11, 20, 30, 50, 80, 90, 181, 15, 125, 128, 15e, 185, 280, 248, 260, 290) blist - (14, 25, 28, 45, 79, 85, 121, 115, 125, 256, 160, 195, 230, 270, 280, 330] Chist. blist.copy clist.reverse() dList. [randon.rand int(1,99) for x in range(len(alist))] print("Lists:") print("List Astralist)) print("list " + str(blist)) print("List Costr(clist)) print("List D."str(dList)) print() print("List A Average " + str(ayAvearagealist))) print("standart Deviation of List Astrmystandardev (alist) print("Minimum of List Astr(myminalist))) print() print("List 8 Average = " + str(ayAvearage(alist))) print("Standart Deviation of List 8 str(myStandardDev(alist)>> print("Minimum of List .". str(myMinalist) >> print() print("Correlation of List A and B = str(myCorrelationalist, blist>>> print("Correlation of List A and Estr(nyCorrelationalist, clist))) print("Correlation of List A and D=" + str(myCorrelationalist, dlist>>> main() In this question, you are going to write methods that operate on matrices. The program reads values of matrices A, B, and stored in a file called inputs.txt. This file should be placed under current directory where you have the program. The first line before each matrix contains the number of rows and the number of columns as shown below. Import randon Import sys Get readtrix ruberofrons underofColumns, tile): natrix.i.Cate antys for rox in range(berofus): matrix.open(t)) Anempty w now rowdata. (int(*) for in line.split("")) for column in rangenter of Columns) natrix[row).append(rondata[column)) return matrix del printmatrix(catrix): for ror in rangelen (matrix) for column in rangellenmatrix[ro])): print(format (natrix[row]column),"5"), end print() Printer time def Fellatrixdonly[underoftous, tuberofColumns ) natrix create onesty to for row in range(beroflow): matrix.end(11) Antyw for colum in rerumber of Columns): natrixtrow.opend randon.randintco. >>>> return atrix def generateZeroRate interfrows, rusterOfColumns): ") natraffer : tn range(number ofrot) or in range(number of Columns) ] return def ,6) c. generateromatrix (4), tento for row in rangellen(A)): for column in rangeltrow]>> ctronicelun] . Atrow][column][row column return #Redtrect standard output device (console) to output txt file #print statements will write to output.txt file sys.stdout .open('output.txt*, ') print("Wreating data from Inputs, txt file in current directory!) line fredline) unberotonerofColumns (int (for in the 911 , print("trix A printmatrix(A) ) uberoflors, berotolumns - fant) for 2 to 11.1918 Breadtrixbertos, nuber of Columns, print. Ratrix pritaria) teau line.f.readline riunberoflot, cumberOfColumns - [310(x) for in line.split("")) (readtrunberorrows, ber of Columns, print printf(C) o filtrandoleterotrows, uberofColumns) print(atrix print(0) print(" *** Computing (1) Transpose())) - A) Tada (A) print(" **** Matrix (A) ***** printers) write the rest of code sin( You are going to write the code for the following methods and the missing code in mainl). det multiply, def transpose() def worElements (A) def subtractatris. >> The program will calculate 5 = {A+B) * Transpose(C) - A) +D and find the maximum element in S. Complete the code given above so that it will produce an output as follows: