In Python, Compute the: sum of squares total (SST), sum of squares regression (SSR), sum of squares error(SSE), and the r, R^2 values. You can use the sum() and mean() built-in functions. Here are the x and y values to use. x = [-5,-1,3,7,5,10] y = [-10,-3,5,8,7,10]

In python, write a code that allows the user to input two non-negative number sequences in increasing order (the numbers entered are always getting bigger, and no number repeats), both terminated by a -1. The size of each sequence can vary (maybe sequence - 1 has four numbers, and sequence - 2 has seven). The output of this code should be a third sequence that is a combination of both sequences 1 and 2 and is sorted in non-decreasing order.  Note: Non-decreasing order means there can be a repeated number in the third sequence (see example 1). A strictly increasing order sequence cannot have repeat numbers at all (see example 3). Remember, all input sequences must be in strictly increasing order! please do this using python, only using while loops. NO language of "break" or "len" please. Hint: we can use three separate lists to solve this code.

Pseudocode for this Python code (I wrote one but it does not match):   import random def rollDice():    num1 = random.randint(1, 6)    num2 = random.randint(1, 6)    return num1, num2 def determine_win_or_lose(num1, num2):    total = num1 + num2    print(f"You rolled {num1} + {num2} = {total}")        if total == 2 or total == 3 or total == 12:        return 0    elif total == 7 or total == 11:        return 1    else:        print(f"Point is {total}")        return determinePointValueResult(total) def determinePointValueResult(pointValue):    total = 0    result = -1        while total != 7 and total != pointValue:        num1, num2 = rollDice()        total = num1 + num2                print(f"You rolled {num1} + {num2} = {total}")     if total == pointValue:        result = 1    elif total == 7:        result = 0        return result def main():    n = int(input("Enter the number of games to play: "))    i = 0    winCounter = 0    loseCounter = 0     while i < n:        num1,…