Define a public static method called bigWord that has a single String parameter called word. The method finds the length of word, and returns the String "Big" if the length is more than 10. Otherwise, it returns the String “Small" . Do not define a class. You may only use techniques and data structures that have already been covered in this class. Do not include any exception handling. For example, bigWord("hello") should return "Small", and bigWord("hilariously") should return "Big"

Define a public static method called bigWord that has a single String parameter called word. The method finds the length of word, and returns the String "Big" if the length is more than 10. Otherwise, it returns the String “Small" . Do not define a class. You may only use techniques and data structures that have already been covered in this class. Do not include any exception handling. For example, bigWord("hello") should return "Small", and bigWord("hilariously") should return "Big"

Programming Logic & Design Comprehensive

9th Edition

ISBN:9781337669405

Author:FARRELL

Publisher:FARRELL

Chapter10: Object-oriented Programming

Section: Chapter Questions

Problem 13RQ

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In Public Class, create a static void method called Info_AHW that takes 3 parameters - an int and two double. When the method is called, we pass along the age (A), then the height (H), and then the weight (W), which is used inside the method to print the person's age, then the height and then the weight. NOTE: The Print out must follow the output below Afterward, in the main method, get the User input using the Scanner class to get the three input - the int age, the double height and the double weight. Then, call your Info_AHW method and pass your arguments (age, height, weight) into that method. Hint: When getting the int input, use -> sc.nextInt(); When getting the double input, use -> nextDouble(); Input: 5 65.5 70.2 Output: Your age is 5 ; your height is 65.5 ; and your weight is 70.2 Note: -There is a single space between every word and semicolon -There is no space at the end
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Python implement a class called point, the class contains two values of a type of integer (x and y). Define both as private. Add the following to the class: 1. Default initializer, used to create objects of type Point, by default x and y are set to 1. 2. Initializer with two parameters for x and y. 3. Set and get methods for x 4. Set and get methods for y 5. Method __str__, which returns a string that represent the Point(e.g., p = [4,5]) Using class Point that you implemented in assignment 9, implement a class called ThreeDPoint that inherits class Point. The class has (other than the inherited x, and y) another integer named z. Class ThreeDPoint has the following:1. Default initializer, used to create objects of type ThreeDPoint, by default x, y, and z are set to 1.2. initializer with three parameters for x, y, and z.3. set and get methods for z.4. Override Method __str__, which returns a string that represent the ThreeDPoint (e.g., p = [4,5,6]).
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Write a Java class called ContainsInRange. This class defines a method called contains(), which takes as parameters an integer array a, an integer x, an int called start, as well as an int called end, and returns a boolean which is true if and only if x occurs in a at a position which is greater than or equal to start, and less than end. You must validate that start is less than or equal to end, and that both start and end are greater than or equal to 0, and less than or equal to a.length. Repeat the operation often.
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I am trying to create a J-Unit test class for the following method: /** * Converts an uppercase letter to its circled counterpart. * * @precondition 'A' <= letter <= 'Z' * @postcondition none * * @param letter the uppercase letter to convert * @return the circled version of the uppercase letter */ public static char convertUppercaseLetter(char letter) { if (letter < 'A' || letter > 'Z') { throw new IllegalArgumentException("letter must be uppercase"); } return (char)(letter + 9333); } when the parameter is one less than the minimum allowed when the parameter is at the minimum allowed when the parameter is one more than the minimum allowed when the parameter is one less than the maximum allowed when the parameter is at the maximum allowed when the parameter is one more than the maximum allowed
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