Answer:
The security principle being referred to here is:
Resource Encapsulation.
Explanation:
Resource Encapsulation is one of the cybersecurity first principles. It allows access or manipulation of the class data as intended by the designer. The cybersecurity first principles are the basic or foundational propositions that define the qualities of a system that can contribute to cybersecurity. Other cybersecurity first principles, which are applied during system design, include domain separation, process isolation, modularization, abstraction, least principle, layering, data hiding, simplicity, and minimization.
Answer:
C. Unclustered index has the same ordering of data records as that of the data entries in the database
Explanation:
Indexes are used to split up queries in an SQL server or database management system DBMS.
There are two types of indexes namely clustered indexed and unclustered indexes.
Clustered indexes define the order in which data is stored in a table while unclustered index does not sort the order in a table.
In an unclustered index, the data table and the index are stored in different places, they are easy to maintain and update since they do not follow a particular order and there can be several indexes in a data file since the data table is stored differently from the index file.
So, all the other options except C are features of unclustered indexes since unclustered index does not have the same ordering of data records as that of the data entries in the database.
So, C is the answer.
<h2>this is a PICTURE </h2>
<h3>i HOPE IT'S HELP </h3>
A raptor program that will display the count from 100 to 0 in decrements of 5 is shown below.
<h3>What is a raptor program?</h3>
This refers to a programming environment that works on a flowchart basis to help the user to present their algorithms in a visual manner.
Using a raptor program, you can display a count from 100 to 0 in decrements of 5 as shown:
#include <iostream>
#include <string>
using namespace std;
int main()
{
int count;
Count =100;
while (Count<=0)
{
cout << Count << endl;
Count =Count-5;
}
return 0;
}
The result would be a list showing numbers that go from 100 to 0 in decrements of 5.
Find out more on raptor programs at brainly.com/question/15082977
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