Answer:
The method is as follows:
double square(int num){
return num*num;
}
Explanation:
Written in C++
This first line defines the method
double square(int num){
This line returns the square of num
return num*num;
}
<em>I've added the full program as an attachment where I include the main method</em>
Answer:
Like when your doing an application for a job or anything important lol
Explanation:
Answer:
1. Tabs: allows you to drag the window to a new location
Explanation: Tab is the key that is used to switch between different windows or websites that are opened at a time. This can be done by pressing Ctrl+Tab
2. Status Bar: displays whether the Web page is secure or not
Explanation: Status bar is used to show the status or information related to that page. Like Information related safety precaution.
3. Title Bar: allows you to quickly move between different Web sites
Explanation: Title bar consist of the name of different websites that are open at particular time. This shows at the top of the browser. We can quickly move on different websites using title of website.
4. Bookmarks: save Web addresses so you can return to them quickly
Explanation: Bookmarks are the pages that we save in bookmark menu, to re-open the page whenever its needed.
In this question, we are given
,
-
A certain list, L, contains a total of n numbers, not necessarily distinct, that are arranged in increasing order.
- L1 is the list consisting of the first n1 numbers in L.
- L2 is the list consisting of the last n2 numbers in L.
Explanation:
As per the information given in statement 1, 17 is a mode for L1 and 17 is a mode for L2.
Therefore, we can infer that
,
- 17 must occur in L1, either same or a greater number of times as any other number in L1.
- 17 must occur in L1, either same or a greater number of times as any other number in L2.
As all elements in L are in ascending order, we can also conclude that
-
Each number between last occurrence of 17 in L1 and the first occurrence of 17 in L2 must be equal to 17 only.
- Therefore, 17 occurs either same or greater number of times as any other number in L.
- Thus, 17 is a mode for L.
However, from this statement, we cannot conclude anything about the mode of L1, L2, or L.
Hence, statement 2 is not sufficient to answer the question.
Therefore, 17 is a mode for L1 and 17 is a mode for L2.
