4. What order should the following procedures be used in creating an app to reserve a study room in the library? • checkAvail()-checks the availability of the time requested since multiple people can use the app at the same time • record Resv()-records the room reservation • request Time()-asks for a reservation time for the study room • timesAvail()-displays the times the room is available update Times()-updates the times available to be displayed ELSE (A) requestTime(), record Resv(), timesAvail(), checkAvail(), update Times() (B) requestTime(), timesAvail(), record Resv(), update Times() (C) timesAvail(), requestTime(), checkAvail(). recordResv(), update Times() (D) request Time(), record Resv(), updateTimes() Questions 5 and 6 are based on the code below. Assume the variables and list already have values. IF (topSongs [1] song AND song Times Played 100 REMOVE (topSongs, 1) play (song) song Times Played song Times Played 1 5. What is the code doing? (A) Playing a song from the topSongs list (B) If a song is in topSongs, playing it, then removing it (C) Removing a song from topSongs if it has been played 100 times; otherwise playing the song and increasing the number of times played (D) This code will not run as written.
4. What order should the following procedures be used in creating an app to reserve a study room in the library? • checkAvail()-checks the availability of the time requested since multiple people can use the app at the same time • record Resv()-records the room reservation • request Time()-asks for a reservation time for the study room • timesAvail()-displays the times the room is available update Times()-updates the times available to be displayed ELSE (A) requestTime(), record Resv(), timesAvail(), checkAvail(), update Times() (B) requestTime(), timesAvail(), record Resv(), update Times() (C) timesAvail(), requestTime(), checkAvail(). recordResv(), update Times() (D) request Time(), record Resv(), updateTimes() Questions 5 and 6 are based on the code below. Assume the variables and list already have values. IF (topSongs [1] song AND song Times Played 100 REMOVE (topSongs, 1) play (song) song Times Played song Times Played 1 5. What is the code doing? (A) Playing a song from the topSongs list (B) If a song is in topSongs, playing it, then removing it (C) Removing a song from topSongs if it has been played 100 times; otherwise playing the song and increasing the number of times played (D) This code will not run as written.
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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PLEASE JUST ANSWER QUESTIONS 4-7 SHOW WORK AND EXPLANATION OF HOW YOU GOT THE ANSWER!!!
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