Answer:
i would say yes since technology has evolved a lot over the years
Explanation:
Correct Question:
A small company is requesting a quote to refresh its wireless network. The company currently runs 60 autonomous APs and has plans to increase wireless density by 50% in the near future. The requirements state that the chosen solution should significantly decrease the management overhead of the current wireless network. Which of the following should the vendors recommend In response to the quote request?
A. The use of lightweight APs with a load balancer
B. The use of autonomous APs with a wireless controller
C. The use of autonomous APs with a load balancer
D. The use of lightweight APs with a wireless controller
Answer:
B.
Explanation:
Because company requires less management overheed. So an autonomous APs with a wireless controller will do the work.
Answer:
1. Generally Linkedlist is used, but you can also use the queue. Hence both linked list are queue are correct options. However, treeset is sorted and hashset is not sorted, and hence we cannot make use of the treeset. Similarly the stack cannot as well be used as a Hashset.
2. D. Additional cells in the same hashset are examined and the index is incremented by a fixed value each time.
Explanation:
The 2 deals with the linear probing, and what is meant as option in 2 is what we know as linear probing in hashset, and we do have quadratic probing and double probing as well.
Answer:
Option A i.e., snack = Fruit.orange;
Explanation:
It is the user-defined data type which is mainly used to initialize the names or titles to integral constants so in the following statement 'Fruit' is the enumerate data type function and its values are the followings given in the statement, 'snack' is the variable of the function 'fruit' that is an enum type, so the initialization is done by the following type in the Java Programming Language.
Answer:
The solution code is written in Python 3.
- def processCSV(CSV_string, index):
- data = CSV_string.split(",")
- result = data[index]
- return int(result)
-
- processCSV('111,22,3333,4', 2)
Explanation:
Firstly, create function and name it as <em>processCSV()</em> with two parameters, <em>CSV_string</em> and <em>index</em> (Line 1).
Since the CSV_string is a collection of integers separated by comma, we can make use of Python String built-in method <em>split() </em>to convert the <em>CSV_string </em>into a list of numbers by using "," as separator (Line 2).
Next, we can use the <em>index</em> to extract the target value from the list (Line 3).
Since the value in the list is still a string and therefore we shall use Python built-in method int() to convert the target value from string type to integer and return it as output of the function (Line 4)
We can test our function by using the sample test case (Line 6) and we shall see the expected output: 3333.
