Answer:
Top down design
Explanation:
Top-down design is an approach that is used to break down the problem into the smaller subpart so that it can be manageable into more clear form.
C programming is the example of a top-down approach while C++ is the example of the bottom-up approach.
The advantages of the top-down design approach are:
1) easy to manage
2) easy to find the error
3) easy to debug
Your computer should be password-protected: True.
A password policy can be defined as a set of rules and standard that are designed and developed by the data security or networking team of an organization, so as to enhance computer security and ensure all password meet the minimum requirements such as the following:
In this context, we can reasonably infer and logically deduce that a strong password should be set on all computer systems because it helps to prevent an unauthorized access to data or data breach.
In conclusion, the aforementioned statement is a true sentence.
Read more on password here: brainly.com/question/19116554
#SPJ6
Answer:
European Union Data Protection Directive
Explanation:
European Union Data Protection Directive -
This directive was adopted in the year 1995 ,
Where , the movement of the personal information and data is regulated in the European Union .
As it is very essential and important to get privacy about personal data and information according to the human rights law .
Hence , this directive completely bans the export of any data or information to the places or countries , with disabled data privacy .
Hence , from the given information of the question ,
The correct answer is European Union Data Protection Directive .
Answer:
The correct answer to the following question will be "European Union Data Protection Directive".
Explanation:
Throughout the Eu members, the Data Protection Directive became obligatory which governs how personal information is obtained as well as transmitted within and without the European parliament.
Answer:
The program in C++ is as follows:
#include <iostream>
using namespace std;
int main(){
int numbers[50];
int evekount = 0, odkount = 0;
for(int i = 0; i<50;i++){
cin>>numbers[i];
if(numbers[i]%2==0){ evekount++; }
else{ odkount++; }
}
cout<<"Even Count: "<<evekount<<endl;
cout<<"Odd Count: "<<odkount<<endl;
return 0;
}
Explanation:
This declares the integer array of number
int numbers[50];
This initializes the even count and odd count to 0
int evekount = 0, odkount = 0;
This iterates from 1 to 50
for(int i = 0; i<50;i++){
This gets input for the array
cin>>numbers[i];
This checks for even
if(numbers[i]%2==0){ evekount++; }
This checks for odd
else{ odkount++; }
}
This prints the even count
cout<<"Even Count: "<<evekount<<endl;
This prints the odd count
cout<<"Odd Count: "<<odkount<<endl;
Answer:
The answer is "Option d'.
Explanation:
The database provides a single graphical view of the data, but it provides the facility to use logical view concept, that uses by view command, that uses the dataset to provide a logical view, that shows data according to user condition, and certain options were incorrect which can be described as follows:
Answer:
An analog computer is a type of computer that processes data using continuous signals, typically represented by voltage levels or physical quantities like rotation angles. It can perform complex calculations by manipulating these continuous signals directly.
On the other hand, a digital computer processes data using discrete values represented as binary digits (0s and 1s). It uses electronic components, like transistors, to perform logical operations and arithmetic calculations.
The main difference lies in how they handle data: analog computers use continuous signals, while digital computers use discrete signals. Digital computers are more prevalent nowadays due to their ability to handle vast amounts of data accurately and efficiently, whereas analog computers are limited in their precision and scalability.
B. Increase in Income
C. Increase in Interest Rates