<span>When you save data on a disk, the OS places it in an available storage area, or a "Sector".
Usually the computer places that data in sectors in an order and usually next to each other but that is not the case always, sometimes part/s of that data can be scattered at different places which actually slows down the computer, for which we need to </span><span>Defragment </span>the disk space.
Answer:
// CPP program to find type of input character
#include <iostream>
using namespace std;
void charCheck(char input_char)
{
// CHECKING FOR ALPHABET
if ((input_char >= 65 && input_char <= 90)
|| (input_char >= 97 && input_char <= 122))
cout << " Alphabet ";
// CHECKING FOR DIGITS
else if (input_char >= 48 && input_char <= 57)
cout << " Digit ";
// OTHERWISE SPECIAL CHARACTER
else
cout << " Special Character ";
}
// Driver Code
int main()
{
char input_char = '$';
charCheck(input_char);
return 0;
}
Explanation:
// CPP program to find type of input character
#include <iostream>
using namespace std;
void charCheck(char input_char)
{
// CHECKING FOR ALPHABET
if ((input_char >= 65 && input_char <= 90)
|| (input_char >= 97 && input_char <= 122))
cout << " Alphabet ";
// CHECKING FOR DIGITS
else if (input_char >= 48 && input_char <= 57)
cout << " Digit ";
// OTHERWISE SPECIAL CHARACTER
else
cout << " Special Character ";
}
// Driver Code
int main()
{
char input_char = '$';
charCheck(input_char);
return 0;
}
Answer:
The correct answer would be "bar graph; histogram".
Explanation:
- The bar graph has become a photographic arrangement of information which always practices that relate bars to consider various give information. Alternatively, this is indeed a diagrammatic comparative analysis of univariate data.
- This same histogram demonstrates the variation including its frequency of repeated measures, introduces numerical information.
False they can have a yellow setting but the light is always white