Answer:
B. is easier to write programs
Explanation:
High-level languages are most commonly used languages these days. The ease of understanding and writing programs in high-level language has made them very popular. High-level languages are near to human. English words are used to write programs in these languages. So option B is the correct answer..
Answer:
Option (C) FAT32 File System Type
Explanation:
- FAT32 File System Type cannot be encrypted by the accounting users.
- FAT stands for File Allocation Table. It is a file system architecture.
- The File Allocation Table is an index table which contains the details about each cluster ( disk storage space ).
- By traversing the File Allocation Table, the operating system gets the details the file ( where it is located ) and the size of the file.
- The FAT32 file system contains more number of possible clusters.
- In this system, 32 bits are used to store the total number of possible clusters.
- In FAT32 file system, the transparent encryption is not supported.
- So, option (C) is correct.
- All other options are wrong options.
Answer:
press flash
Explanation:
its on the bottom row on the remote on mine
Answer:
The program to the given statement can be defined as follows:
Program:
//header file
#include <stdio.h> //defining header file
int main() //defining main method
{
int k; //defining integer variable k
for (k=1;k<=97;k++) //defining for loop
{
printf("*"); //print value asterisks
}
return 0;
}
Output:
*************************************************************************************************
Explanation:
Firstly, the headers file is included in the above C-language, and then the main method is described and all computations are performed with this method, which can be described as follows:
- Inside the main method, an integer variable k is declared.
- In the next line, the for loop is declared, which uses the variable k, which starts from 1 and ends when the value of k is less than equal to 97, inside the loop, it will print asterisks.
In many, many ways. Here's some things you can talk about:
•Previously we stored patient data by hand on paper. Now we use computers to store it. This is better because what if we accidentally lost/destroyed the papers or it burned down? With computers this risk is minimised.
•We can now diagnose patients with problems with much more precision thanks to advances like MRI scanning, CT scans, and X-rays. This means we can pinpoint problems rather than guess what’s wrong.
•Prescriptions for medicine can now be arranged online and delivered to your door in some areas, whereas previously you would have to walk in and get the medicine which could be time consuming.
•We now have phones to dial 911 for emergency ambulance services. This has revolutionised how quickly responders can respond to life threatening events.
There’s much more to talk about, but all of the points above are a sold start.
