Lab10B: Binary Bubbles. Binary search is a very fast searching algorithm, however it requires a set of numbers to be sorted first. For this lab, create an array full of 11 integers which the user will generate. Like in the previous lab, assume that the values will be between -100 and +100. Then, using the sorting algorithm called BubbleSort, put the array in the correct order (from lowest to highest number). After this, please print the array to the screen. Finally, search the array for the target value using Binary Search. The BinarySearch code will implement the algorithm described in the lecture slides. During this, you should print out a few key values which help Binary Search function. For example, this algorithm focuses on a low, mid, and high which correspond to the indices in the array the algorithm is currently considering and searching. Printing these values during the search process will help with debugging and fixing any issues. • BubbleSort sorts the array to prepare for the next step BinarySearch searches the now sorted array to determine if the target value is in the array or not Remember, the file name should be Lab10B. The user input is indicated in bold. Sample output #1 Please enter 11 numbers: Integer 1: 15 Integer 2: 12 Integer 3: 89 Integer 4: -14 Integer 5: 11 Integer 6: -99 Integer 7: 1 Integer 8: 42 Integer 9: 27 Integer 10: 2 Integer 11: 67 What is the target number: 42 The sorted set is: -99 -14 1 2 11 12 15 27 42 67 89 Low is 0 High is 11 Mid is 5 Searching Low is 5 High is 11 Mid is B Searching The target is in the set.

Describe the STL Algorithm Classification.

Java is a type sensitive language True False

create a new Java application called "Parser"

Postfix interpreter def postfix_evaluate(items): When arithmetic expressions are given in the familiar infix notation 2 + 3 * 4, we need to use parentheses to force a different evaluation order than the usual PEMDAS order determined by precedence and associativity. Writing arithmetic expressions in postfix notation (also known as Reverse Polish Notation) may look strange to us humans accustomed to the conventional infix notation, but is computationally far easier to handle, since postfix notation allows any evaluation order to be expressed unambiguously without using any parentheses at all! A postfix expression is given as a list of items that can be either individual integers or one of the strings '+','- and '/' for the four possible arithmetic operators. To evaluate a postfix expression using a simple linear loop, use a list as a stack that is initially empty. Loop through the items one by one, in order from left to right. Whenever the current item is an integer, just append it to...

Math 130 Java Programming Does my code pass the requirements? May I have more explanation? Does my code compile correctly? Is my code readable? Is my code well commented? How may I better organize my code? Are there whitespaces to appropriate help separate distinct parts? My code: import java.util.Scanner; public class TicketSale { public static void main(String[] args) { Scanner keyboard = new Scanner(System.in); //Prompt user to input the number of Adult tickets to purchase System.out.print("Please enter number of adults:"); //Prompt user to input the number of Adult tickets to purchase int adults = keyboard.nextInt(); //Prompt user to input the number of Children tickets to purchase System.out.print("Please enter number of children:"); //Prompt user to input the number of Children tickets to purchase int children = keyboard.nextInt(); //Calculate and display the total cost for adults and children System.out.print("Your total cost for " + adults +...