Let's modify the program from this section so that the user can supply the interest rate. For very small interest rates, it may take a very long time for the balance to double. Assume the user can't wait for more than twenty years. Stop adding interest when the balance has doubled or twenty years have elapsed. 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 finaldoubleTARGET=2*INITIAL_BALANCE; doublebalance=INITIAL_BALANCE; intyear=0; Scannerin=newScanner(System.in); System.out.print("Interest rate in percent: "); doublerate=in.nextDouble(); // TODO: Count the years required for the investment to double // but no more than 20 years /* Your code goes here */ System.out.println("Year: "+year); System.out.printf("Balance: %.2f%n", balance); }

Let's modify the program from this section so that the user can supply the interest rate. For very small interest rates, it may take a very long time for the balance to double. Assume the user can't wait for more than twenty years. Stop adding interest when the balance has doubled or twenty years have elapsed. 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 finaldoubleTARGET=2INITIAL_BALANCE; doublebalance=INITIAL_BALANCE; intyear=0; Scannerin=newScanner(System.in); System.out.print("Interest rate in percent: "); doublerate=in.nextDouble(); // TODO: Count the years required for the investment to double // but no more than 20 years / Your code goes here */ System.out.println("Year: "+year); System.out.printf("Balance: %.2f%n", balance); }

EBK JAVA PROGRAMMING

9th Edition

ISBN:9781337671385

Author:FARRELL

Publisher:FARRELL

Chapter6: Looping

Section: Chapter Questions

Problem 5GZ

See similar textbooks

Similar questions

Create a card game in which the dealer shuffles the deck and deals 13 cards to the player. The player sorts her hand and says whether it includes the King of Hearts. Repeat 4 times so all the cards are dealt eventually. Internally, the player should return true or false without writing to the console. In response, the dealer should write on the console, "You won!" or "You loose again."
You want to create a program to enroll in classes. You've narrowed the class list down to just a few classes that computer science students might need. In your program, first the user will select a department and the program will tell them what classes are available from that department. Then the user picks a class, and the program will tell them what sections are available. After the user picks a section, the program will print a success message. The departments, classes and sections are as follows: Sample run: Select a department: (1)Computer Science (2)Math (3)Science 1 Select a class: (1)Starting Computing (2)Data Structures (3)Algorithms 3 Select a section: (1)Section 102 (2)Section 202 1 You've been enrolled in Section 102 of Algorithms! The user should input an integer in the range of the choices you give them. For example, a user cannot input 3 if you only present 2 choices.Ensure you are doing input validation. Your program should output Please enter a valid input. if the…
Correct answer will be upvoted else Multiple Downvoted. Don't submit random answer. Computer science. How about we characterize a casualty substance: a casualty has a name (not really extraordinary) that comprises just of lowercase Latin letters and an integer doubt esteem. Toward the beginning of the program the client enters a rundown of n casualty names into an information base, every doubt esteem is set to 0. Then, at that point, the client makes questions of two sorts: 1 I x — set the doubt worth of the I-th casualty to x; 2 q — given a string q observe the most extreme doubt worth of a casualty whose name is a coterminous substring of q. Just to remind you, this program doesn't eliminate individuals, it just assists with looking for the names to record in a genuine scratch pad. Consequently, the rundown of the casualties in the data set doesn't change all through the questions. What are you sitting tight for? Compose that program now! Input The main line…
What is the probability that in a classroom of x people, at least 2 will be born on the same day of the year (ignore leap year)? Use a Monte Carlo Simulation and a frequency table to write a program that calculates this probability, where the number of people (x) in the simulated class is given by the user. The probability for a class of size 23, should be right around 50%. PLEASE use the code outline given below to answer this question: import mathimport random # create and initialize frequency table:ft = []k = 0while(k < 365) : ft.append(0) k = k+1 # Allow the user to determine class size:print("Please type in how many people are in the class: ")x= int(input()) success = 0 # Simulate:c = 0while(c < 10000) : # Step 1: re-initialize birthday frequency table (it must be re-initialized for each play-through (why?): k = 0 while(k < 365) : ft[k] = 0 k = k+1 # Step 2: randomly get x birthdays and update frequency table: k = 0 while(k < x): # your code…
Write a unit conversion program that asks the users from which unit they want to convert(gal, oz, lb, ft, mi) and to which unit they want to convert (l, g, kg, m, km). Rejectincompatible conversions (such as gal → km). Ask for the value to be converted, thendisplay the result:Convert from? galConvert to? mlValue? 2.52.5 gal = 9462.5 ml
1. In the game of Monopoly, a pair of dice are rolled to move a player's piece around the board. If a double is rolled (the dice show the same number), the player receives another roll of the dice. If a double is rolled a second time, a third roll of the dice is received. If a double is rolled on the third occasion, the player forfeits their turn (and goes to Jail). Write a program which simulates two players having 50 turns each (a turn however many dice rolls a player has in a row before it's the other player's turn) and determines: a) the total number of spaces moved by each player; and b) how many times a player rolls a double which results in movement of a piece. Use the randi function. For fun, incorporate the rule that a player cannot leave Jail (cannot move) unless they either roll a double or three turns have passed without rolling a double.
There is a garage where the access road can accommodate any number (specified by user) of trucks at one time. The garage is built in such a way that only the last truck entered can be moved out. Each of the trucks is identified by a positive integer (a truck_id). Write a program to handle truck moves, allowing for the following commands: • On_road(truck_id); • Enter_garage(truck_ id); • Exit_garage(truck_id); • Show_trucks(garage or road); If an attempt is made to get out a truck which is not the closest to the garage entry, the error message Truck is not near garage door DATA STRUCTURES AND ALGORITHMS JAVA
Program Specifications Write a FancyCar class to support basic operations such as drive, add gas, honk horn and start engine. fancy_car.py is provided with function stubs. Follow each step to gradually complete all instance methods. Note: This program is designed for incremental development. Complete each step and submit for grading before starting the next step. Only a portion of tests pass after each step but confirm progress. The main program includes basic calls to the instance methods. Add statements in the main program as instance methods are completed to support development mode testing. **Step 0: Complete the constructor to initialize the model and miles per gallon (MPG) with the values of the parameters. Initialize the odometer to five miles and the tank to be full of gas. By default, the model is initialized to "Old Clunker", and MPG is initialized to 24.0. Note the provided constant variable indicates the gas tank capacity of 14.0 gallons. Step 1 Complete the instance…
In this lab work, you will implement a coffee shop example. In this coffee shop, everything must progress as if it does in real life. It means that the program should ask a person for body temperature in Celsius, and grant or reject access to a coffee shop. When a customer orders a coffee, they have to choose a size such as Small, Medium, and Large then, depending on the order, the price has to change. The price also has to change depending on the type of coffee. For example, for coffees that are similar to espresso, you also need to take every shot of espresso into account. The actual prices of the coffees depend on your imagination however, they should be realistic. Some hints: • Focus on dividing your program into multiple functions. • You can also return double or integer types of values from your functions, so use them if you can. • Don't just code a function every possible type of, and try to make it generic as much as possible. • Be creative. Fill the gaps using your…
In java, create a program that will use a do while loop with a "yes/no" prompt. The program should include user input and output with getters and setters. Once the end of the loop is reached, ask the user if they'd like to do the program again. Answering "Yes" will start the program over again. Answering "No" will end the program. Answering with anything else will be an invalid input. Once the loop begins again, the program should also discard all previous inputs so that there won't be any overlapping. Use Scanner.nextLine();, it will help.
It is given twelve balls of identical weight with the exception of one that is either heavier or lighter. Additionally, it is equipped with a dual-pan balance. Utilization of the balance in each instance You may place any number of the 12 balls on the left pan and the same number on the right pan, and then press a button to begin weighing; there are three potential outcomes: the weights are equal, the balls on the left are heavier, or the balls on the left are lighter. Create a technique for determining which ball is the odd one out and whether it is heavier or lighter than the others using the balance in the fewest feasible instances. Solve the issue of weighing 39 balls, one of which is known to be odd.
Correct answer will be upvoted else downvoted. You are playing the game "Orchestrating The Sheep". The objective of this game is to make the sheep line up. The level in the game is depicted by a line of length n, comprising of the characters '.' (void space) and '*' (sheep). In one action, you can move any sheep one square to the left or one square to the right, if the relating square exists and is vacant. The game finishes when the sheep are arranged, that is, there ought to be no vacant cells between any sheep. For instance, assuming n=6 and the level is depicted by the string "**.*..", the accompanying game situation is conceivable: the sheep at the 4 position moves to one side, the condition of the level: "**..*."; the sheep at the 2 position moves to one side, the condition of the level: "*.*.*."; the sheep at the 1 position moves to one side, the condition of the level: ".**.*."; the sheep at the 3 position moves to one side, the condition of the level: ".*.**.";…