Answer: (D) Database design follows the twelve principles proffered by Dr. Edgar F. Codd
Explanation:
The relational database is basically based on the relational model of the data which is proposed by the Dr Edger F. codd and he mainly introduced the twelve basics principle of the database designing in the database system. He also contributed various valuable principle in the computer science.
The twelve principle are:
- The first rule of the relational database is the information rule as it represented all data or information
- Independence of the integrity
- Viewing various updating rule
- Logically treatment of various NULL value
- Independence of the physical database
- Distribution in-dependency
- Various delete, insert and update rules
- The overall logical description of the database are basically stored in the database directory
- There is no subversion rule
- There is guarantee accessing rule
- Proper rule for data language
- The relational database level actions
Answer:
If you are looking for a different type of GUI operating system then :
Linux or mac
if you are looking for a different type of operating system (non-GUI):
Command-line interface
Explanation:
Answer:
Maybe is against the community
Explanation:
Answer:
The answer is "private Ip addresses were not be accessed over the Network".
Explanation:
Private network addresses were not distributed on the web and also no data from either the network will be sent to them, it only was intended to operate inside of the home network.
- It includes the appropriate subnet the IP addresses. This network also enables you to link to many other sites.
- This network will use its IP address to access the home device, but it can not interact with the network.
Answer:
It goes like:
public class Program
{
public static void main(String[] args)
{
int j=18;
int sum=0;
for (int i =1; i<7; i++)
{
sum=sum+(i*(j-2));
j=j-2;
}
System.out.println(sum);
}
}
Explanation:
<u>Variables used: </u>
j : controls the first number in product and decreases by 2 each time the loop runs.
sum: saves the values of addition as the loop runs.
