17 Given the following markup: value="Lemons">Lemons Which text will appear in the query string if the first item on the list is selected and submitted? O value?list=Oranges ?list=Peaches ?list=Oranges O value?list=Peaches

17 Given the following markup: value="Lemons">Lemons Which text will appear in the query string if the first item on the list is selected and submitted? O value?list=Oranges ?list=Peaches ?list=Oranges O value?list=Peaches

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

See similar textbooks

Similar questions

Text-based adventure game: Pretend you are creating a text-based adventure game. At different points in the game, you want the user to select to fight, run, or hide from certain enemies. Modify the application below (week3.py) so that the selection variable is sent as an argument into the choice() function. The user should enter 1 to fight, 2 to run, or 3 to hide in the main(). The choice() function should print one of the three options. You will need to add an if statement in the choice() function to make the correct selection.
5. Trace the output of the following code. Writing PHP Function with Parameters function addFunction($num1, $num2) { $subtract= $num1 - $num2; echo "Number 1 - number 2 is: $subtract"; } 10); addFunction(25, ?>
Assignment Name JavaScript Concepts III Assignment Filename lastname-circleArea.html (replace lastname with your last name). area.js Assignment Description This assignment demonstrates the following concepts: JavaScript Functions Assignment Instructions Write a JavaScript program that calculates the area of a circle: Write a function that calculates the area of a circle given the radius. Formula: Math.PI * (radius * radius) Your program code should contain appropriately named variables. Use documentation to identify various components of your program. Call the function once and pass a radius value of 10.75 to it. Use the starter files and complete the logic to satisfy the instructions. To access the files, download and save the circleArea.zip folder attached to this assignment. Then unzip the compressed folder to reveal the included files: circleArea.html and area.js. Be sure that the two files are in the same folder. Then write your code in the area.js…
Write in c language please: write a statement that calls the function IncreaseItemQty with parameters computerInfo and addStock. Assign computerInfo with the returned value. #include <stdio.h> typedef struct ProductInfo_struct { char itemName[50]; int itemQty;} ProductInfo; ProductInfo IncreaseItemQty(ProductInfo productToStock, int increaseValue) { productToStock.itemQty = productToStock.itemQty + increaseValue; return productToStock;} int main(void) { ProductInfo computerInfo; int addStock; scanf("%s", computerInfo.itemName); scanf("%d", &computerInfo.itemQty); scanf("%d", &addStock); /* Your code goes here */ printf("Name: %s, stock: %d\n", computerInfo.itemName, computerInfo.itemQty); return 0;} thank you in advance
Define a function trophic_class(trophic_level_index) which returns the trophic classification (as a str) indicated by the Trophic Level Index value provided. TLI3 Trophic Classification Interpretation 6 and above Hypertrophic Saturated At least 5 and less than 6 Supertrophic Very high At least 4 and less than 5 Eutrophic High At least 3 and less than 4 Mesotrophic Medium At least 2 and less than 3 Oligotrophic Low At least 1 and less than 2 Microtrophic Very low Less than 1 Ultra-microtrophic Practically pure Note: This should be done with one or more if statements. Loops are not allowed. For example: Test Result classification = trophic_class(4.5) print(classification) Eutrophic classification = trophic_class(2) print(classification) Oligotrophic classification = trophic_class(0.999) print(classification) Ultra-microtrophic
assign(self, assignment:Assignment) -> AssignmentResult: """ This function is to simulate the process of the student receiving an assignment, then working on the assignment, then submitting the assignment and finally receiving grade for the assignment. This function will receive an assignment then a grade should be calculated using the following formula: grade = 1 - (Student's current energy X Assignment difficulty level). The min grade a student may receive is 0% (0) After the grade is calculated the student's energy should be decreased by percentage difficulty. Example if the student has 80% (.8) energy and the assignment is a difficultly level .2 there final energy should be 64% (.64) = .8 - (.8 * .2). The min energy a student may have is 0% (0) Finally the grade calculated should be stored internally with in this class so it can be retrieved later. Then an Assignment Result object should be created with the student's ID, the assignment…
In Python, grades_dict = {'Wally': [87,96,70], 'Eva': [100,87,90], 'Sam': [94,77,90], 'Katie': [100,81,82], 'Bob': [83, 65, 85]} write your own describe function that produces thesame 8 statistical results, for each one of the columns, that the built-in describe() function does.Note 1: Use the sample standard deviation formula (that is, the denominator is: N-1)Note 2: Your algorithm should work for any number of columns not just for 5Note 3: You can use the np.percentile() for the 25% and 75% percentile as well as the sort()built-in functions
ArcGis Program Geographic Systems You have been assigned to create a map using a number of feature classes. Each feature class is projected in a different coordinate system. The accurate position of all the features is very important for this assignment. Therefore, you select a feature class and use it's coordinate system for the data frame. Then you should perform a(n) for each of the remaining feature classes.
Python Returning function function name: is_prime parameters: a number n returns: True if n is prime behavior: Check the values in the range [2, n) and return False if n is divible by any of them. function name: bound_0_to_100 parameters:a number grade returns: the grade with a minimum of 0 and a maximum of 100 behavior: In addition to exceeding 100, sometimes a grade will be so spectacularly bad that it falls below 0. In that case we want to normalize it to 0 so all grades fall into the range [0, 100]. ex: bound_0_to_100(75) returns 75, bound_0_to_100(103) returns 100, and bound_0_to_100(-5) returns 0 function name: bigger parameters: two values a and b returns: whichever of the two is greatest behavior: ex: bigger(3, 9) returns 9
cion Completion Status: double max; int count; 10 11 12 cout>num; 13 14 15 16 max=num; 17 18 for (count=1; count>num; 21 max=larger (max, count); 22 23 24 cout=y) 34 return x,ys 35 36 return y,X3 37
Kindly edit the code and display the menu again after completing the fucntion. #include<iostream>#include<conio.h>#include "Course.h"using namespace std;int main(){ int course_id; string course_name; int courseID; string courseName; int capacity; int enroll; int currentlyEnrolled; int user=0; //adding new course int select; cout << "Kindly select the option to perform "<<endl; cout << "1. Add New Course "<<endl; cout << "2. Enroll Student "<<endl; cout << "3. Search Student"<<endl; cout << "4. Drop course "<<endl; cout << "5. View Course Reports" << endl; cin >> select; cout << endl; if (select == 1) { Course* C = new Course[10]; cout << "kindly enter course name" << endl; cin >> courseName; cout << "kindly enter course id" << endl; cin…
이6 ticket_price Complete the following function according to its docstring description. 1 def ticket_price(age: int) -> float: """Return the ticket price for a person with age in years. Seniors 65 and over pay 4.75, kids 12 and under pay 4.25, and everyone else 4 pays 7.50. 6. Precondition: age > e 7 8. >>> ticket_price(7) 9. 4.25 10 >> ticket_price(21) 11 7.5 12 >>> ticket_price(101) 13 4.75 14 History Submit