Answer:
- #include <iostream>
- using namespace std;
- int main() {
- int number =5;
- if (number>=0&& number <=100){
- cout<<"passed.\n";
- }
- else{
- cout<<"failed.\n";
- }
- return 0;
- }
Explanation:
There where multiple errors in the code given in the questions
Line 1: Missing <iostream>
Line 5: The comparison operator was wrong correction is highlighted
Line 12 Missing closing brace for the main function
All the errors have been fixed and the code above compiles
C. ">" denotes the end of an element. For instance <b>Hello!</b> or <hr />
Answer:
The wider channel bandwidth is efficient and good as it help in increasing the speed of the transmission. Due to the wider channel of the bandwidth it also lead to consuming less energy of the battery and make cost effective.
Due to the wider bandwidth, the number of clients can easily share and transfer the data in the channel and also make the transmission complete.
If the channel of the bandwidth is double then, the single transmission can easily carry more data. Hence, it also lead to double the speed of the transmission.
Hiding/masking personal identifiers from a data set, so that the data set can never identify an individual, even if it is correlated with other data sets is known as anonymization.
<h3>What is anonymization?</h3>
The term anonymization is known as data masking and it is the standard solution in the case of data pseudonymisation. It is generally recognised by using masking and data is de- sensitised also that privacy could be maintained and private information remains safe for the support.
Data is generally identified by using masking and data is de- sensitised also that privacy could be maintained and private information remains safe for the support.
Therefore, Hiding/masking personal identifiers from a data set, so that the data set can never identify an individual, even if it is correlated with other data sets is known as anonymization.
Learn more about anonymization here:
brainly.com/question/4268168
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