Write a higher order function called store_word that takes in a secret word. It will return the length of the secret word and another function, guess_word, that the user can use to try to guess the secret word. Assume that when the user tries to guess the secret word, they will only guess words that are equal in length to the secret word. The user can pass their guess into the guess_word function, and it will return a list where every element in the list is a boolean, True or False, indicating whether the letter at that index matches the letter in the secret word! def store_word (secret): www >>> word_len, guess_word = store_word ("cake") >>> word_len 4 >>> guess_word("corn") [True, False, False, False] >>> guess word("come") [True, False, False, True] >>> guess word ("cake") [True, True, True, True] >>> word_len, guess_word = store_word ("pop") >>> word_len 3 >>> guess_word("ate") [False, False, False] >>> guess_word("top") [False, True, True] >>> guess word ("pop") [True, True, True] "**** YOUR CODE HERE *****"

Write a higher order function called store_word that takes in a secret word. It will return the length of the secret word and another function, guess_word, that the user can use to try to guess the secret word. Assume that when the user tries to guess the secret word, they will only guess words that are equal in length to the secret word. The user can pass their guess into the guess_word function, and it will return a list where every element in the list is a boolean, True or False, indicating whether the letter at that index matches the letter in the secret word! def store_word (secret): www >>> word_len, guess_word = store_word ("cake") >>> word_len 4 >>> guess_word("corn") [True, False, False, False] >>> guess word("come") [True, False, False, True] >>> guess word ("cake") [True, True, True, True] >>> word_len, guess_word = store_word ("pop") >>> word_len 3 >>> guess_word("ate") [False, False, False] >>> guess_word("top") [False, True, True] >>> guess word ("pop") [True, True, True] " YOUR CODE HERE *"

Database System Concepts

7th Edition

ISBN:9780078022159

Author:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan

Publisher:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan

Chapter1: Introduction

Section: Chapter Questions

Problem 1PE

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Given both a list x and a tuple y, write a function called sum_list_andOr_tuple that sums all the elements of both data structures and returns the sum. There is also an optional boolean argument into the function called separate which, if True, causes the function to return the sum of the list and the tuple separately (returns two values); separate is False by default. Please note that the function DOES NOT print anything - it only returns a value(s). See the sample output below: >>> my_list = [0, 9, 99]>>> my_tuple = (8, 12)>>> result = sum_list_andOr_tuple(my_list, my_tuple)>>> print(result) Output: 128>>> result = sum_list_andOr_tuple(my_list, my_tuple, separate = True)>>> print(result) Output: 108, 20
Write a function list2DigitOdd() that creates and returns a list that contain all positive 2-digit odd numbers. The function call list2DigitOdd() will return a list containing 11, 13, 15, ..., 99.
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In loop_functions.py, define a function named list_concat that takes a single parameter li. This function creates a string from the list of strings, li, by concatenating all strings in the list and inserting a space after each list element. At the end of the function, it returns the concatenated string. See the table below for example input/output. Before implementing this function, determine whether you need a for loop or a while loop. Your implementation should not use any if statements. Test your code against the tests in zyLab (22.14 Lab week 7: Exercise 2: loop_functions).
In loop_functions.py, define a function named list_concat that takes a single parameter li.This function creates a string from the list of strings, li, by concatenating all strings in the list and inserting a space after each list element. At the end of the function, it returns the concatenated string. See the table below for example input/output. Before implementing this function, determine whether you need a for loop or a while loop. Yourimplementation should not use any if statements.
Write a function called get_palindromes() that takes a list of words as input. The function should return a new list containing every word in the input list that is a palindrome (a palindrome is a word that reads the same forwards and backwards, like "noon" or "eve"). The output list should be a list of tuples, where each tuple consists of a palindrome and its length. NOTE: You must use a list comprehension to solve this exercise. Your function must be defined as a *single line* of code - CodeRunner will count the number of "new lines" inside your function definition, and there must be only one new line (separating the function header from the function body). The code editor below should show only two lines: one for the function header and one for the function body. Delete any blank lines within the function definition and do not add a new line at the end of the function body (i.e. at the end of the return statement)! For example: Test words = ["noon", "bob", "ann"] result =…
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a- Write a Python function Salary_levels, that takes a list as an argument and returns the number of the high salaries (salary>=5000), the average salaries(1000<=salary<5000, and the low salaries (salary<1000). You can use the following list : salaries= [500,1070,1450,6500,9000,940,450,400,600,2750,1100,8400,1500,900,1200] b- Use the above function to print the counts of the high, average, and low salaries. N.B: the codes of parts a and b should be included in your answer.