QUESTION 1: Using the built-in function "polyder", write a local function called "polyderivative" that will return the coefficients of the nth derivative of a polynomial. The function will receive 2 input arguments: the coefficients of the original polynomial and the degree of differentiation (n). The function will also display an error message if the degree of differentiation is less than or equal to zero. Start with the function definition shown below. function [y] = polyderivative (x,n) % Y = POLYDERIVATIVE (X, N) returns the coefficients of the nth derivative of % a polynomial end For example: ans = x = [1 3 2 2]; polyderivative (x,2) 6 6

The function doit(a,b,c,d) is a function that multiplies the smallest of its integers arguments by 2. If more than one arguments are equal and are the smallest, they are multiplied by 2. For example given a=5,b=3,c=7,d=9, doit (a,b,c,d) changes b to 6. Write the code of the function doit and test it.

Please code in python Using the function from the previous problem, write a function durdle_game(target) which takes in as an argument a single string that will be the target to guess, and lets the user attempt to guess the target word. Each time the user makes a guess, the function will print out the result of the previous function to tell the user how close they are. If the user guesses correctly, then the game is over. Have the function return the number of guesses that it took the user to get the correct answer Hints: You may assume that the target and all of the input strings are 5 letters and all lowercase.

Write a function in_out (xs, ys, side) which takes three numbers as input, where the side is non-negative. Here xs and ys represent the x and y coordinates of the lower left corner of a square; and side represents the length of the side of the square. (Note that xs, ys and sides completely define a square and its position in the plane). Your function must first prompt the user to enter two numbers that represent the x and y coordinates of a point request. Your function should display True if the given query point is inside of the given square, otherwise it should display False. A point on the limit of a square is considered as being inside the square.   No loops, no ifs, no lists  To avoid confusion, unless otherwise noted in the questions, here is what you can use in these exercises: - comparison operators: <, <=, ==,! =,>,> = - Boolean operators: and, or, not - arithmetic operators: +, -, *, /, **,%, // - the following Python built-in functions: print, input, round, len,…