Please help me answer the following question 457.9.10 11c121314150161718QUESTION 21Given the data in this table, which of the following functional dependencies hold?FoodLogFoodТуреVegetableVegetableEatenFirstNameLastNameEllieAsparagusAsparagusOrangeBroccoliDamian3DamianFordFruit5.RobertFordVegetable3RobertFordFood -> EatenFirstName -> FirstNameFirstName, LastName -> EatenD Eaten-> FirstNameO FirstName, LastName, Type -> EatenO Food, Type-> FoodO Food ->TypeFirstName -> LastNameU Type -> Food

Given the data in this table, which of the following functional dependencies hold? FoodLog Food Туре Vegetable Vegetable Eaten FirstName LastName Asparagus Asparagus Orange 5. Damian Ellie 3 Damian Ford Fruit Robert Ford Broccoli Vegetable 3 Robert Ford OFood-> Eaten FirstName -> FirstName O FirstName, LastName -> Eaten Eaten -> FirstName O FirstName, LastName, Type -> Eaten O Food, Type-> Food OFood-> Type FirstName -> LastName OType -> Food

Given the data in this table, which of the following functional dependencies hold? FoodLog Food Туре Vegetable Vegetable Eaten FirstName LastName Asparagus Asparagus Orange 5. Damian Ellie 3 Damian Ford Fruit Robert Ford Broccoli Vegetable 3 Robert Ford OFood-> Eaten FirstName -> FirstName O FirstName, LastName -> Eaten Eaten -> FirstName O FirstName, LastName, Type -> Eaten O Food, Type-> Food OFood-> Type FirstName -> LastName OType -> Food

C++ Programming: From Problem Analysis to Program Design

8th Edition

ISBN:9781337102087

Author:D. S. Malik

Publisher:D. S. Malik

Chapter17: Linked Lists

Section: Chapter Questions

Problem 1TF

See similar textbooks

Similar questions

Consider the following code snippet in C: char *base_url = malloc(11 * sizeof(char)); printf("Enter an 11 character URL: "); scanf("%s", base_url); char src[11]; char dst[11]; // copies base_url to src strncpy(src, base_url, 11); // copies src to dest strcpy(dst, src); printf("src: %s dst: %s\n", src, dst); Identify at least one potential buffer overflow vulnerability and explain why/how it can be exploited (i.e., not just that it’s a buffer overflow, but where the problem will manifest itself).
Conflict Based on what we've learned about caches in this class, which of the following situations will cause two blocks to conflict? a) diff tag diff set, diff offset b) diff tag, diff set, same.offset c) diff tag same set, diff offset d) diff tag same set, same offset e) same tag diff set diff offset) f) same tag, diff set, same offset g) same tag, same set, diff offset h) same tag, same set, same offset please I need correct answers in 45 minutes I will give upvote
Understanding how to interpret (or trace) an existing PowerShell script is vital when searching for PowerShell scripts on the Internet that suit a particular administrative need. Trace the PowerScript script shown in below and write a short memo describing what it will do after being executed: $list = get-childitem | sort-object foreach (objItem in $list) {if ($objitem.attributes - contains "directory") {$fgc="cyan" }elseif ($objItem.Extension -eq ".ps1") {$fgc="blue" }elseif ($objItem.Extension -eq ".exe") {$fgc="green" }elseif ($objItem.Extension -eq ".zip") {$fgc="red" }elseif ($objItem.Extension -eq ".rar") {$fgc="red" }else { $fgc="yellow" }write-host $objItem.name, $objItem.Length, objItem.LastWriteTime-foregroundcolor $fgc
18.10 Briefly explain the concept of linked allocation, noncontiguous file storage. For a file that is stored in blocks 5, 12, 13, 14, 19, 77, and 90, show what a linked allocation might look like.
Question 1 a) Explain the difference between ls -l > mylisting.txt and ls -l >> mylisting.txt b) Create a shell script that lists all the files in the present working directory in long format name this file listMyFiles.sh. Write a c program that uses the system () function and uses it to run listMyFiles.sh c) Create a daemon in C in the Unix environment, your daemon must create a text file called aitDaemonLog.txt and populate it with 1000 lines of a string each line must be written after 10 seconds, the string must end with the count of the string;
Why My function browse () and order() don't work when I choose choice 2 or 6 ??? would you check it please for me ? Thanks #include<iostream>#include <fstream>#include<string>using namespace std;#define M 100int count = 0;struct AddressBook{ string FullName; string Birthday; string Address; string Email; string PhoneNumber;}Person[M];void WriteToFile ();void add ();void browse ();void searchByName ();void searchByBirthday ();void removeContact ();void order (); int main (){ int choice; do { cout << "Please Enter Your Choise: \n"; cout <<" 1-Add New Person\n 2-Browse\n 3-Search By Full Name \n 4-Search By Birthday \n 5-Remove a Person" << "\n 6-Alphabetical Order \n 7-Exit\n"; cin >> choice; switch (choice) { case 1: add (); break; case 2: browse (); break; case 3: searchByName (); break; case 4: searchByBirthday (); break; case 5: removeContact (); break;…
Computer Science Below question is based on google cloud Function Assume you have a Cloud Function created and it is set for unauthenticated invocation. Further assume the trigger type is HTTP. You may use whichever language you prefer for Google Cloud. What is the code required to display the following message from the page, assuming that username and status are passed in as querystring variables? Your assigned username is: username Your status is: status
(T/F) In dynamic relocation, the base and bounds values are part of the process state. (Y/N) In base and bounds addressing, can the base and bounds values for a process change during the lifetime of a process? If a process attempts to access a memory location outside its own virtual address space, what is the result? 1) a trap 2) an exception (T/F) A user process can change its own base and bounds values. Suppose we are using base and bounds addressing. If the virtual address is 5321, the base register value is 100, and the bounds register value is 4500, then what is the corresponding physical address. (The values given are decimal values.)
Consider user accounts on a computer system with a Web server configured to provide user Web areas. In general, this uses a standard directory name, such as “public_html,” in a user’s home directory. However, access control needs to be properly set to allow users (with or without user accounts on the system) to browse the webpages. Assuming there are one main page (index.html), two pictures files (a.jpg and b.jpg) stored in an sub-directory (Image) and one pdf file (c.pdf) stored in an sub-directory (Doc), all under the public_html. Specify the access control for each directory and files that allows everyone to view the webpage.
Consider user accounts on a computer system with a Web server configured to provide user Web areas. In general, this uses a standard directory name, such as “public_html,” in a user’s home directory. However, access control needs to be properly set to allow users (with or without user accounts on the system) to browse the webpages. Assuming there are one main page (index.html), two pictures files (a.jpg and b.jpg) stored in an sub-directory (Image) and one pdf file (c.pdf) stored in an sub-directory (Doc), all under the public_html. (a) Specify the access matrix for each directory (excluding home directory) and files that allows everyone to view the webpage. (b) Draw a directed graph that represented to the access matrix
Computer Science Please explaın these codes and what the commands mean int main(){int sockfd;char buffer[MAXLINE];char* message = "Hello Server";struct sockaddr_in servaddr;int n, len;if ((sockfd = socket(AF_INET, SOCK_DGRAM, 0)) < 0) {printf("socket creation failed");exit(0);}memset(&servaddr, 0, sizeof(servaddr));servaddr.sin_family = AF_INET;servaddr.sin_port = htons(PORT);servaddr.sin_addr.s_addr = inet_addr("127.0.0.1");sendto(sockfd, (const char*)message, strlen(message),0, (const struct sockaddr*)&servaddr,sizeof(servaddr));printf("Message from server: ");n = recvfrom(sockfd, (char*)buffer, MAXLINE,0, (struct sockaddr*)&servaddr, &len);puts(buffer);close(sockfd);return 0;}
Which of the following cache replacement algorithm that replaces the block in the set that has experienced the fewest references? a. LIFO b. FIFO c. LFU d. LRU