1. Implement the following function in the PyDev module functions . py and test it from a PyDev module named to1 . py: def generate_matrix_num(rows, cols, low, high, value_type): Generates a 20 list of numbers of the given type, 'float' or 'int'. (To generate random float number use random. uniform and to generate random integer number use random. randint) Use: matrix = generate_matrix_num(rows, cols, low, high, value_type) Parameters: 10 rows - number of rows in the list (int > 0) 11 cols - number of columns (int > 0) 12 low - low value of range (float) 13 high - high value of range (float > low) 14 value_type - type of values in the list, 'float' or 'int' (str) 15 Returns : 16 matrix - a 2D list of random numbers (20 list of float/int) 17 18 unn Sample testing: Number of rows : 3 Number of columns : 4 Low value: =10 High value: 10 Type of values: float [[-6 . 715521262896857, 2. 832332263818408, -9. 639174469550253, -7. 413579152118894], [-5. 711470115891877, -8. 196169662276777, 5. 957379822776547, ,-1.3505501293285107], [6. 01327913528462, 0.5179270486063707, 2.22213388673. Implement the following function in the PyDev module functions . py and test it from a PyDev module named to3 . py: def print_matrix_num(matrix, value_type) : Prints the contents of a 20 list in a formatted table. Prints float values with 2 decimal points and prints row and column headings. Use: print_matrix_num(matrix, 'float') 10 00 - Use: print_matrix_num(matrix, 'int') 10 Parameters : 11 matrix - a 20 list of values (20 list) 12 value_type - type of values in the list, 'float' or 'int' (str) 13 Returns : 14 None . 15 16 Sample testing: Number of rows : 3 Number of columns: 4 Low value: =10 High value: 10 Type of values: float 0 1 2 3 3. 19 5 . 40 0. 00 6. 38 HO -5. 07 3.55 -6.90 -0.73 N -6.91 7.86 0. 24 -8 . 407. Implement the following function in the PyDev module functions .py and test it from a PyDev module named t97. py: 1 def Find_position(matrix): 2 """ 3 _______________________________________________________ 4 Determines the first locations [row, column] of smallest and 5 largest values in a 20 list. 6 Use: s_loc, l_loc = find_position(matrix) 7 _______________________________________________________ 8 Parameters: 9 matrix a EU list of numbers (ZD list) 10 Returns: 11 s_loc - a list of of the row and column location of 12 the smallest value in matrix (list of int) 13 l_loc - a list of of the row and column location of 14 the largest value in matrix (list of int) 15 16 """ Sampbtemmg: Number of rows: 4 Number of columns: 3 Low value: 10 High value: 10 0 1 2 0 3 10 9 1 2 5 6 4 3 0 4 7 Smallest position: [0, 1] Smallest value: 10 Largest position: [1, 1] Largest Value: 10 13. Implement the following function in the PyDev module functions . py and test it from a PyDev module named t13 . py: def scalar_multiply(matrix, num) : OUIAWN Update matrix by multiplying each element of matrix by num. Use: scalar_multiply(matrix, num) Parameters : matrix - the matrix to multiply (20 list of int/float) 10 0O num - the number to multiply by (int/float) 10 Returns : 11 None 12 13 Sample testing: Matrix before scalar multiplication: 0 IN -6 CO W WW HaHa N Enter number : 5 Matrix after scalar multiplication: 1 2 35 -30 HO -30 15 5 -20 15 30 WN -25 40 514. Implement the following function in the PyDev module Functions .py and test it from a PyDev module named t14. py: 1 def matrix_transpose(a): 2 ..." 3 _______________________________________________________ 4 Transpose the contents of matrix a. 5 Use: b = matrix_transpose(a): 6 _______________________________________________________ 7 Parameters: 8 a a 2D list (2D list of ?) 9 Returns: 10 b - the transposed matrix (20 'List of ?) 11 12 '\"\"' Sample testing: Original matrix: 0 1 2 O 5 4 9 1 5 0 7 2 6 9 10 3 5 9 3 0 1 2 3 0 5 5 6 5 1 4 0 9 9 2 9 7 10 3