Answer:
- Transform binary or unary M:N relationship or associative entity with its own key.
Explanation:
Transform binary relation is described as the method through which a decimal can easily be converted into binary while the unary relationship is described as a relationship in which both the two participants occurs from the same entity.
In the given case, 'transform binary or unary M:N relationship' can be created using 'the primary key linked with the relationship plus any non-key aspects of the relationship and the primary keys of the related entities' as it displays the existence of a relationship between the occurrences of a similar set of the entity i.e. associative entity here.
A merge and center does this;
if you have created a table,it just centers a sentance
Answer:
Four (4) extensions.
Explanation:
Go-ogle Ads can be defined as a strategic advertising platform designed and developed by Go-ogle for use over the internet. It can be used to display product listings, services and campaigns to any web user over the internet.
Basically, for those who are relatively new to the Go-ogle Ads, the company provides a feature known as the dynamic search ads which helps various users to easily run a successful ad campaign. Through the use of machine learning, a dynamic search ad allows phrases and titles associated with a website to be automatically indexed and presented as a landing page to any user who is searching with the keywords.
The maximum number of ad extensions that can show for a particular query or device at any given time is four (4) extensions. The Go-ogle Ad extension platform is designed to display all the ads simultaneously or co-trigger and as such, the maximum number of ad extensions that are displayed per query or device are four (4).
The program accepts a whole number as input, multiplies that number by 12, and then outputs the product
Explanation:
This program asks user to enter two integer numbers and displays the product.
The scanner class is used as input functions.
The code is shown below :
import java.util.Scanner;
public class Demo {
public static void main(String[] args) {
Scanner scan = new Scanner(System.in);
System.out.print("Enter number: ");
int num1 = scan.nextInt();
scan.close();
int product = num1*12;
System.out.println("Output: "+product);
}
}
<span>Professor Michael Faraday</span>
