Answer:
Tell about an experience with a computer virus.
Explanation:
Simon Singh's "The Code Book," tells the history of how cryptography came into being and the secret messaging world of encryption. Through the detailed narration and diving into the history of encryption, the author traces the evolution of such a process and reveals how it has had a huge impact on the world's policies.
In the given excerpt, Singh gives an example of how viruses are planted and used to spy/ get access to other people's computers. But while it is possible to get the main point of the example, <u>it would have been better if the writer includes experience with a computer virus</u> so that readers will find it easier to connect with the given example. This will enable them to better understand the working of viruses and their effects.
Thus, the correct answer is the first option.
Answer:
#include <stdio.h>
#include <string.h>
void main( )
{
array flowerProp[2];
FILE *fp; // file pointer
char flower[255]; // creating a char array to store data
fp = fopen("flowers.dat","r");
if (fp == NULL){
printf("File flower.dat does not exist");
return;
}
// assuming the growing condition is next line to the flower name.
while(fscanf(fp, "%s", flower)!=EOF){
flowerProp.push(flower);
if (flowerProp.length == 2){
printf("%s: %s\n ", flowerProp[0], flowerProp[1]);
memset(flowerProp, 0,0);
}
}
fclose (fp );
}
Explanation:
The algorithm creates a pointer to the memory location to the file starting position, the character size is used to get a string from the file line by line. Then it opens and checks if the file exists.
If the file exists, the while gets the name and growth condition of the flower, saves it to an array, prints the name and condition, and clears the array for the next flower type in the loop.
Bibliography includes the lists or sources of books,articles etc.
Hello <span>Jeffstephens124</span><span>
Answer: A database with a(n) network data structure can easily handle a many-to-many data relationship.
Hope this helps
-Chris</span>
