CSCI 140/L Java Project: Menu-Driven System Part A Write a menu-driven program that will give the user the three choices: 1) Wage calculator, 2) Coupon Calculator, and 3) Exit. Class Name: PartA Wage Calculator: For the wage calculator, prompt for the name and hourly pay rate of an employee. Here the hourly pay rate is a floating-point number, such as $9.25. Then ask how many hours the employee worked in the past week. Be sure to accept fractional hours. Compute the pay. Any overtime work (over 40 hours per week) is paid at 150 percent of the regular wage (1.5 the hourly pay rate). Print the employee's name, regular hours worked, regular hours pay, overtime hours worked (do not show overtime hours, if there are none), overtime hours pay (do not show overtime pay if there is none), and total pay. [Do not prompt for overtime hours] Coupon Calculator: For the coupon calculator, the total coupon amount is calculated based on the type of items purchased. Ask for the shopper's total purchase…

Hawaiian Words CSC220  Must use Java Programming. Write a program that gives the pronunciation of a Hawaiian word. For instance, humuhumunukunukuapua’a phonetic guide would be Hoo-moo-hoo-moo-noo-koo-noo-koo-ah-poo-ah'ah The program should start by prompting for and reading in a Hawaiian word (or phrase) from the user. Check if the word is a valid by checking that it only has valid Hawaiian characters. If the word is not valid, warn the user about the offending character and prompt for a Hawaiian word again. Spaces are breaks for words and should be kept intact. The apostrophe is a hard stop andshould be kept in the word. Print the pronunciation of the word (or phrase). Print a dash after every sound as you see in the examples, so you get the syllables separated. Ask the user if they want to do another word. Valid responses are y, Y, n or N. If they want to play more, they can enter another word. If not, then the program ends. You won’t be able to just use the .replace() method.…

Develop a body mass index (BMI) calculator program that reads body weight and height as inputs and calculate the BMI based on the following formula: BMI - Weight/Height Using the caleulated BMI, determine the individual weight category based on the following Table I and the program will count how many user's BMI get a particular category: Table 1 BMI Category > 30 25- 30 18.5-24.9 You are obese Your weight is overweight You have an ideal weight You are too thin S18.5 Use if..else statements or switch statements and loop where it is appropriate and create a program with the following output Sample program's output is as below, the rumbers in bold/underline are user's input: ******..* PROGRAM TO CALCULATE BMI CATEGORY*****.. Please enter your weight (kg) : Please enter your height (m) Your BMI is 19.38, Xour have an ideal weight 56 1.7 Would you like to calculate arother BMI? y- yes, n noy Please enter your weight (kg) : Please enter your height (m) Your BMI is 30.47. 78 1.6 You are…

In Coral Language 3.22 LAB: Loops: Countdown until matching digits   Write a program that takes in an integer in the range 20-98 as input. The output is a countdown starting from the integer, and stopping when both output digits are identical. Ex: If the input is: 93 the output is: 93 92 91 90 89 88 Ex: If the input is: 77 the output is: 77 Ex: If the input is: 9 or any number not between 20 and 98 (inclusive), the output is: Input must be 20-98 For coding simplicity, follow each output number by a space, even the last one. Use a while loop. Compare the digits; do not write a large if-else for all possible same-digit numbers (11, 22, 33, …, 88), as that approach would be cumbersome for large ranges.

Program Unit Score Calculator Console App Write a Python Console Application program that allows the user to enter the marks for different assessments in a unit, and computes the total mark and grade for the unit.  Here is the program logic specification: There are six assessment activities Quiz1, Quiz2, Quiz3, Quiz4, Lab Journal, Major Assignment and Final Exam. The four quizzes are worth 5 marks each, the Lab Journal is worth 10 marks, the Major Assignment is worth 30 marks and the Final Exam is worth 40 marks. The algorithm for computing the total mark for the unit is:  Total Mark = Quiz1+Quiz2+Quiz3+Quiz4+Major Assignment+ Lab Journal + Final Exam The following screenshot shows a successful test run: