Answer:
// Assume that all variables a, n, temp have been declared.
// Where a is the array, n is the array length, temp is a temporary
// storage location.
// Cycle through the array a.
// By the time the loop gets halfway,
// The array would have been reversed.
// The loop needs not get to the end of the array.
// Hence, the loop ends halfway into the array i.e n/2.
for (int k = 0; k < n / 2; k++) {
// Swap first and last, second and next-to-the-last and so on
temp = a[k];
a[k] = a[n - k - 1];
a[n - k - 1] = temp;
}
Explanation:
Carefully go through the comments in the code.
Hope this helps!
Answer: The goals of computer security are to protect computers and users from data theft or loss as well as damage to any part of the computer.
Explanation: Common means of achieving computer security are firewalls, anti-virus software and this can fail due to hardware problems or
weaknesses that prevent malicious attacks.
To answer this question, think of a time when you experienced any one of these. For example, personally, I was once an unfortunate victim of a general malicious attack that took advantage of a weakness in my anti-virus software. After clicking on a link on a dodgy website, a virus was installed on my computer. My computer finally crashed, without any hope of restarting it. I lost all my data and I had to buy a new computer. This was a malicious attack.
However, sometimes people can be specifically targeted to steal their data or monitor their activities.
To charge the good car's battery enough to jump a second car without stalling
Answer:
Check the explanation
Explanation:
An integer (int) is of two different bytes and each page has 200 bytes in length. What this means is that each row of array A (100 int) will fits perfectly in a page.
(a) For the initial or first array-initialization loop, one column is processed at a time, so a page fault will be generated at every inner loop iteration, with a total of 100*100=10,000 page faults.
(b) And when it comes to the second array-initialization loop, one row is processed at a time, and a page fault is generated at every outer loop iteration, with a total of 100 page faults.
Hence second array-initialization loop, has better spatial locality.
Answer: I’m not okay with this
Explanation:
It’s very good:)