The compound condition are:
- 7<12 or 50!=10 is false
- 7<12 and 50<50 is false
- not (8==3) is true
<h3>What is compound condition?</h3>
A compound statement is known to be one that shows up as the body of another statement, e.g. as in if statement.
The compound condition are:
- 7<12 or 50!=10 is false
- 7<12 and 50<50 is false
- not (8==3) is true
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Answer:
Yes, it is correct. God is great. He gives pain but gives the ointment as well to get rid of it. God gives tougher challenges, but God also gives the guts to tackle them and win them. The story of adaptation, ad predator also goes like this. God gives spines to sea urchins to survive, and it gives the birds stronger beaks to break shells. Similarly, he gives programmers awesome brains to solve the toughest problems.
Explanation:
Please check the answer.
Answer:
words.hasNext()
Explanation:
Given the code snippet below:
- while (inputFile.hasNextLine()) {
- String word = "";
- String line = inputFile.nextLine();
- Scanner words = new Scanner(line);
- while (words.hasNext()) {
- word = words.next();
- }
- System.out.println(word); }
- }
We have a inputFile Scanner object that can read data from a text file and we presume the inputFile has read several rows of data from the text file. So long as there is another line of input data available, the outer while loop will keep running. In each outer loop, one line of data will be read and assign to line variable (Line 3). Next, there is another Scanner object, words, which will take the current line of data as input. To get the last word of that line, we can use hasNext() method. This method will always return true if there is another tokens in its input. So the inner while loop will keep running so long as there is a token in current line of data and assign the current token to word variable. The word will hold the last token of current line of data upon exit from the inner loop. Then we can print the output (Line 8) which is the last word of the current line of data.
A data structure called a binary search tree makes it simple to keep track of a sorted list of numbers.
<h3>What is a binary search tree?</h3>
A binary search tree, also known as an ordered binary tree or a sorted binary tree in computer science, is a rooted binary tree data structure where each internal node's key is higher than all the keys in its left subtree and less than all the keys in its right subtree.
A data structure called a binary search tree makes it simple to keep track of a sorted list of numbers. Because each tree node has a maximum of two offspring, it is known as a binary tree. It can be used to search for the presence of a number in O(log(n)) time.
A binary search tree (BST) is a specific type of binary tree in which every node has a comparable key and a connected or associated value.
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