Answer:
Total time = 190 ms
Explanation:
The requests missing in question are:
Requests ( A, 80) , (B,75) , (C,82) , (D,90) , (E,45)
Number of movements = | 70 - 45 | + | 45 - 0 | + | 0 - 75 | + | 75 - 80 | + | 80 - 82 | + | 82 - 90 |
= 35 + 45 + 75 + 5 + 2 + 8
= 70 + 80 + 10
= 160
Time taken for seek = 160 * 1 ms = 160 ms
Time taken for servicing request = Number of tracks * Time for each track = 5*6 = 30
Total time = 160 + 30 = 190 ms.
Answer:
Follows are the solution to this question:
Explanation:
These functions to interpret but instead, print their for store assuming that have such a healthy connection, which data structure dictionary promoting each searching operation, add, remove, minimum, maximum, successor, and O(log n) time was its pre successor.
- Use its dictionary only for following abstract procedures, minimal, succeeding, in O(n login) time, search, add. It uses a dictionary with only the corresponding conceptual functions, minimize, add, in O(n log n) time, remove, search.
- Use the dictionary only for corresponding abstract procedures to sort, add, and sort in O(n log n) time. and in-order traversal. It is the most and minimum shop value, that want to be checked and updated from each deletion.
- When a minimum is removed, call the holder, change the minimum, and remove the single object. Once inserted, evaluate the brand new item to min/max, then update min/max if it replaces either one.
Answer:
The answer is "True".
Explanation:
The public domain is a creativity that is not protected by patent law, like logos, brand names or licensing. It is not a certain creator, nor does he generally have those pieces.
This is why the remark in the discussion is true unless it is permissible to anyone but no one can possess the public domain work, that's why this statement is true.
<span>Volatile memory requires electricity or some kind of current to store information, and nonvolatile memory does not.</span>
