Answer:
Following are the program in the Java Programming Language.
//define function
public static boolean checkPalindrome(String str){
//set integer variable to 0
int a = 0;
//set integer variable to store the length of the string
int n = str.length() - 1;
//set the while loop to check the variable a is less than the variable n
while(a<n)
{
//check the string character is not in the variable n
if(str.charAt(a)!= str.charAt(n))
//then, return false
return false;
//the variable a is incremented by 1
a++;
//the variable n is decremented by 1
n--;
}
//and return true
return true;
}
Explanation:
<u>Following are the description of the following function</u>.
- Firstly, we define boolean type public function that is 'checkPalindrome' and pass string data type argument 'str' in its parameter.
- Set two integer data type variables that are 'a' initialize to 0 and 'n' which store the length of the string variable 'str' decremented by 1.
- Set the While loop that checks the variable 'a' is less than the variable 'n', then we set the If conditional statement to check that the string character is not in the variable n then, return false.
- Otherwise, it returns true.
I would say that morse code would be the answer, but im not sure if that would apply to computers
Answer:
The answer is "demonstrating how a text is read".
Explanation:
Audio tools like Text to Speech are commonplace in programs like Duolingo. They offer you a somewhat accurate example of how to properly pronounce a word or phrase.
Answer and Explanation:
To calculate Big O, go through each line of code and determine O(!), O(n) and return your calculation.
For example,
In O (5 +6n), where 6 5 represent five instances of O(1), and 6 represent the 6 O(n).
We compute the time complexity of the algorithm. We get the result, just an estimation. In given algorithms, run time in milliseconds has been provided, such as in T (1) algorithm process in 512 milliseconds and T(2) algorithms process 8129 milliseconds. But big O notation not measured in milliseconds. Information given is not enough to calculate the big O notation.
