Part B: Create letter combinations of that consist of elements of list1 and list2. For example: A, A; A, C; A, D., H; J, A • You will need to separate the letter combinations and add them to lists: o Letter combinations will be appended to the list letter_combinations o Ifa letter combination already exists in letter_combinations, then it must be saved to the list repeated_combinations • You will need to output the combinations and repeated combinations

Part B: Create letter combinations of that consist of elements of list1 and list2. For example: A, A; A, C; A, D., H; J, A • You will need to separate the letter combinations and add them to lists: o Letter combinations will be appended to the list letter_combinations o Ifa letter combination already exists in letter_combinations, then it must be saved to the list repeated_combinations • You will need to output the combinations and repeated combinations

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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From the code supplied by the tutor, modify it so that: 1. Ask what kind of animal it is (for example, carnivore, herbivore, and omnivore) When prompting for the information, it is saved in a list for each of the three animal types (for example, lions in carnivores, bears in omnivores, giraffes in herbivores) and they are saved depending on the number that the user adds in each list. 2. At the end, a list of lists is printed that presents the data of each of the saved animals according to their type.
reverse_number_in_list(number_list:list)-> list  This function will be given a list of numbers your job is to reverse all the numbers in the list and return a list with the reversed numbers. If a number ends with 0 you need to remove all the trailing zeros before reversing the number. An example of reversing numbers with trailing zeros: 10 -> 1, 590 -> 95. None of the numbers in the number_list will be less than 1. Example: number_list = [13, 45, 690, 57] output = [31, 54, 96, 75]
Domino cycledef domino_cycle(tiles):A single domino tile is represented as a two-tuple of its pip values, such as (2,5) or (6,6). This function should determine whether the given list of tiles forms a cycle so that each tile in the list ends with the exact same pip value that its successor tile starts with, the successor of the last tile being the first tile of the list since this is supposed to be a cycle instead of a chain. Return True if the given list of domino tiles form such a cycle, and False otherwise. tiles Expected result [(3, 5), (5, 2), (2, 3)] True [(4, 4)] True [] True [(2, 6)] False [(5, 2), (2, 3), (4, 5)] False [(4, 3), (3, 1)] False
2. ID: A Name: 2. A list of numbers is considered increasing if each value after the first is greater than or equal to the preceding value. The following procedure is intended to return true if numberList is increasing and return false otherwise. Assume that numberList contains at least two elements. Line 1: PROCEDURE isIncreasing (numberList) Line 2: { Line 3: count 2 Line 4: REPEAT UNTIL(count > LENGTH(numberList)) Line 5: Line 6: IF(numberList[count] =. YA198IC
Words with given shape def words_with_given_shape(words, shape): The shape of the given word of length n is a list of n - 1 integers, each one either -1, 0 or +1 to indicate whether the next letter following the letter in that position comes later (+1), is the same (0) or comes earlier (-1) in the alphabetical order of English letters. For example, the shape of the word 'hello' is [-1, +1, 0, +1], whereas the shape of 'world' is [-1, +1, -1, -1]. Find and return a list of all words that have that particular shape, listed in alphabetical order. Note that your function, same as all the other functions specified in this document that operate on lists of words, should not itself try to read the wordlist file words_sorted.txt, even when Python makes this possible with just a couple of lines of code. The tester script already reads in the entire wordlist and builds the list of words from there. Your function should use this given list of words without even caring which particular file it…
hdex mplete the following function according to its docstring using a while loop. The lists we test will not all be sho cribed in English. If you fail any test cases, you will need to read the description and make your own test. def smaller_index(items: list[int]) -> int: 3\ Return the index of the first integer in items that is less than its index, 4. or -1 if no such integer exists in items. 6. >>> smaller_index([2, 5, 7, 99, 6]) 7. -1 8 >>> smaller_index([-5, 8, 9, 16]) 9. 10 >>> smaller_index([5, 8, 9, 0, 1, 3]) 11 3 12 for i in range (len(items)): if items [i] < i: 13 14 15 return i 16 return -1 History X Your solution passed 0 out of 6 cases!
Question2. Given the following linked list of integers named myList: 7 11 b. Write an enhanced for loop to print the elements in the list myList. (Ctrl)- 20
Words with given shape def words_with_given_shape(words, shape): The shape of the given word of length n is a list of n - 1 integers, each one either -1, 0 or +1 to indicate whether the next letter following the letter in that position comes later (+1), is the same (0) or comes earlier (-1) in the alphabetical order of English letters. For example, the shape of the word 'hello' is [-1, +1, 0, +1], whereas the shape of 'world' is [-1, +1, -1, -1]. Find and return a list of all words that have that particular shape, listed in alphabetical order. Note that your function, same as all the other functions speci0ied in this document that operate on lists of words, should not itself try to read the wordlist 0ile words_sorted.txt, even when Python makes this possible with just a couple of lines of code. The tester script already reads in the entire wordlist and builds the list of words from there. Your function should use this given list of words without even caring which particular 0ile it…
Create a function called find_big_words . The function should accept a list as a parameter. Parts of the program which you are not coding will call the function and past it lists of words. The function must analyze the words in the list and return all the words which are 6 or more characters long. The returned list should be in alphabetical order. NB: Only write the function. Do not call it. For example: Test Result random_words1 = find_big_words(["nation", "night", "news", "negotiation", "newspaper", "nature"]) print(random_words1) ['negotiation', 'newspaper'] random_words3 = find_big_words(["examination","test", "testing", "quiz", "exam", "assessment"]) print(random_words3) ['assessment', 'examination', 'testing']
Contact list: Binary Search A contact list is a place where you can store a specific contact with other associated information such as a phone number, email address, birthday, etc. Write a program that first takes as input an integer N that represents the number of word pairs in the list to follow. Word pairs consist of a name and a phone number (both strings). That list is followed by a name, and your program should output the phone number associated with that name. Define and call the following function. The return value of FindContact is the index of the contact with the provided contact name. If the name is not found, the function should return -1 This function should use binary search. Modify the algorithm to output the count of how many comparisons using == with the contactName were performed during the search, before it returns the index (or -1). int FindContact(ContactInfo contacts[], int size, string contactName) Ex: If the input is: 3 Frank 867-5309 Joe 123-5432 Linda…
Yahtzee! Yahtzee is a dice game that uses five die. There are multiple scoring abilities with the highest being a Yahtzee where all five die are the same. You will simulate rolling five die 777 times while looking for a yahtzee. Program Specifications : Create a list that holds the values of your five die. Populate the list with five random numbers between 1 & 6, the values on a die. Create a function to see if all five values in the list are the same and IF they are, print the phrase "You rolled ##### and its a Yahtzee!" (note: ##### will be replaced with the values in the list) Create a loop that completes the process 777 times, simulating you rolling the 5 die 777 times, checking for Yahtzee, and printing the statement above when a Yahtzee is rolled. When you complete the project please upload your .py file to the Project 2 folder by the due date.
The program will take in a year as an input from the user and output the popular dance and popular slang from that decade. Years, slang, and dances are stored in parallel lists in the starter code. The decade 1920 is located at index 0 and accompanies the 1920’s slang and dance also located at index 0, the decade 1930 is located at index 1 and accompanies the 1930’s slang and dance also located at index 1, etc. year_list = list(range(1920, 2030, 10)) slang_list = ["bee's knees", "hip", "cool", "nifty", "groovy", "far out", "gnarly", "phat", "sweet", "lit", "fire"] dance_list = ["The Charleston", "The Jitterbug", "The Lindy Hop", "The Hand Jive", "The LocoMotion", "The Electric Slide", "The Moonwalk", "The Macarena", "Single Ladies", "Juju on that Beat", "The Renegade"] year = int(input("Year: ")) decade_index = (year - 1920) // 10 if decade_index == 11: print(f"In the {year_list[decade_index]}'s, The {dance_list[decade_index]} is the hip dance craze!") else:…