Problem 7: Guess the price of the car!? You will implement a variant of the number guessing game we played in lecture. In this variant, you will ask the user to guess the price of a $42,500 car. Let's assume that the player knows the price of the car is rounded to the nearest $500. If a player's guess is not exactly correct, your program will tell them they are either too high or too low. The player will get as many guesses as they need to guess the price of the $42,500 car. However they will only win the game if they used 5 or fewer guesses. Here are two examples of how the program should work for both cases: Guess the price and win the prize! Enter your guess:50000 Too high! Enter your guess:40000 Too low! Enter your guess:45000 Too high! Enter your guess:42500 You won the car! Guess the price and win the prize! Enter your guess:46000 Too high! Enter your guess:45000 Too high! Enter your guess:44000 Too high! Enter your guess:43000 Too high! Enter your guess:42000 Too low! Enter your guess:42500 Too many guesses!

Problem 7: Guess the price of the car!? You will implement a variant of the number guessing game we played in lecture. In this variant, you will ask the user to guess the price of a $42,500 car. Let's assume that the player knows the price of the car is rounded to the nearest $500. If a player's guess is not exactly correct, your program will tell them they are either too high or too low. The player will get as many guesses as they need to guess the price of the $42,500 car. However they will only win the game if they used 5 or fewer guesses. Here are two examples of how the program should work for both cases: Guess the price and win the prize! Enter your guess:50000 Too high! Enter your guess:40000 Too low! Enter your guess:45000 Too high! Enter your guess:42500 You won the car! Guess the price and win the prize! Enter your guess:46000 Too high! Enter your guess:45000 Too high! Enter your guess:44000 Too high! Enter your guess:43000 Too high! Enter your guess:42000 Too low! Enter your guess:42500 Too many guesses!

EBK JAVA PROGRAMMING

9th Edition

ISBN:9781337671385

Author:FARRELL

Publisher:FARRELL

Chapter6: Looping

Section: Chapter Questions

Problem 5GZ

See similar textbooks

Similar questions

The objective of this program is to demonstrate your proficiency with the if-elif-else construct. Your program will consist of a simple guessing game. Using the random module, generate an integer between 1 and 10. This will be the secret. You will then ask the user for a guess between 1 and 10. . If the guess is greater than the secret respond, "Too high". • If the guess is less than the secret respond, "Too low". . If both numbers are equal respond, "Success!". Remember to test your program to ensure that all of the comparisons work. Please note that a loop is not required. The images below shows the program being run multiple times to display the three different possible output messages. Your display should look like this. User input is highlighted in green. Please enter your guess: 10 Too high! Please enter your guess: 5 Too low! Please enter your guess: 1 Success!
Write a program that simulates the proverbial game of Russian Roulette. Theprogram will prompt the user with how many players will be in the game where amaximum of 50 players can play. The program will next prompt the user to enter a “badnumber” between 1 and 6. Once entered, the program will go in turn to each player thatis in the game and assign a random number between 1 and 6 and compare it to the “badnumber”. If there is a match, then that player is out of the game. If there is no match,then that player remains in the game. Once all the players go this process, the processrepeats again in the next round for the remaining players starting again with the firstplayer that is still in the game. Only players that are still in the game will receive arandom number and have it compared to the “bad number”. If a player is out of thegame, then the player is ignored and does not receive a random number. This processcontinues to repeat this way round by round until only one player remains who…
In python, a) In the Hi-Lo game, the player begins with a score of 1000. The player is prompted for the number of points to risk and a second prompt asks the player to choose either High or Low. The player’s choice of either High or Low is compared to a random number between 1 and 13, inclusive. If the number is between 1 and 6 inclusive, then it is considered “low”. A number between 8 and 13 inclusive is “high”. The number 7 is neither high nor low, and the player loses the points at risk. If the player had guessed correctly, the points at risk are doubled and added to the total points. For a wrong choice, the player loses the points at risk. Create a HiLo application based on this specification. Application output should look similar to b) Modify the application to allow the player to continue until there are 0 points left. At the end of the game, display the number of guesses the user took before running out of points.
Java - Programming Develop a letter-guessing game in this assignment.Requirements:1). When the game begins, generate a random letter between A and Z;2). Display a message "I have a secret letter (A to Z), can you guess what it is?";3). Read the user's answer;4). Compare the user's answer and the random secret letter generated;5). If the user answer is before the random secret letter in the alphabet, display "Incorrect. Trysomething later in the alphabet" and go to Step 2;6). If the user answer is after the random secret letter in the alphabet, display "Incorrect. Trysomething earlier in the alphabet." and go to Step 2;7). If the user answer is the same as the random secret letter, display "Well done. Want to playagain (y/n)?";8). Read the user's answer. If the answer is 'y', go to Step 1. If the answer is 'n', go to Step 9;9). Display "Thanks for playing the game. Goodbye!". The program stops.Run your program several times. Take screenshots. Submit your Java file with the screenshots
Question: Find the even multiples of any number chosen by the user in a given range – the usershould specify the multiples of which number they want to print and a minimum and maximumvalue. The multiples printed should be within the [minimum, maximum] range. For example, ifthe user chooses the number 7 and would like to print all even multiples in the [15, 60] range, theprogram should print all the even multiples that are bigger than or equal to 15 (minimum), butsmaller than or equal to 60 (maximum). The program should keep a count of how many numberswere printed and should output that count, as well as the numbers. The output then, for theexample given, should be 28, 42, 56, and the count should be 3. Create a flowchart and shell script.
Control Loops: A high school 1000 students and 1000 lockers. The principal plays the following game: She asks dthe first student to open all the lockers. Shen then asks the second student to close all the even-numbered lockers. The third student is asked to check every third locker. If it is open, the student closes it; if it is closed, the student opens it. The remaining students continue this game . In general, the nth student checks every nth locker. If the locker is open, the student closes it; if it is closed, the student opens it. After all the students have taken their turns, some of the lockers are open and some are closed. Write a program thatprompts the user to enter the number of lockers in a school. After the game is over, the program outputs the number of lockers and the locker numbers of the lockers that are open. Test run your program for the following inputs: 1000, 5000, 10,000. Do you see any pattern developing for the locker numbers that are open in the output?…
The user must be able to enter the information for a number of bookings from the keyboard. Ask whether a booking must be made (Y or N). If a booking must be made, a random 3 digit flight number must be generated. The user must be asked to enter the type of seat, the price per seat and the number of seats to book. Example of input: Make a booking (Y or N)? :Y Type of seat (E or B): e Price per seat: 1200 Number of seats: 2 Make another booking (Y or N)? :y Type of seat (E or B): b Price per seat: 3400 Number of seats: 2 Make another booking (Y or N)? :y Type of seat (E or B): e Price per seat: 1400 Number of seats: 3 Make another booking (Y or N)? :y Type of seat (E or B): e Price per seat: 1300 Number of seats: 2 Make another booking (Y or N)? :y Type of seat (E or B): b Price per seat: 4500 Number of seats: 2 Make another booking (Y or N)? :n
Problem 7: Guess the price of the car!? You will implement a variant of the number guessing game we played in lecture. In this variant, you will ask the user to guess the price of a $42,500 car. Let's assume that the player knows the price of the car is rounded to the nearest $500. If a player's guess is not exactly correct, your program will tell them they are either too high or too low. The player will get as many guesses as they need to guess the price of the $42,500 car. However they will only win the game if they used 5 or fewer guesses. Here are two examples of how the program should work for both cases: Guess the price and win the prize! Enter your guess:50000 Too high! Enter your guess:40000 Too low! Enter your guess:45000 Too high! Enter your guess:42500 You won the car! Guess the price and win the prize! Enter your guess:46000 Too high! Enter your guess:45000 Too high! Enter your guess:44000 Too high! Enter your guess:43000 Too high! Enter your guess:42000 Too low! Enter your…
Write the pseudocode for the following scenario: A manager at a 2nd hand car dealership wants to keep track of the amount (in Rands) of commission paid to the sales people. You must take the following into consideration: • There may be more than one salesperson (each salesperson has a unique employee code)– input the employee code. An employee code of zero (0) terminates the program. • The salesperson’s commission is based on their sales (in Rands) in the past month- input the sales for each salesperson. • Calculate the total car sales (in Rands). • Calculate a salesperson’s commission (in Rands). Commission is based on the following table: Total value of cars sold Percentage commission earned Less than or equal to R500 000 10% More than R500 000 15% • Calculate the total commission the manager must pay to all of the salespeople. • Display a report for the manager in the following format: Employee Code: 2 Sales: R400000 Commission: R40000 Employee Code: 4 Sales: R650000…
The user must be able to enter the information for a number of bookings from the keyboard. Ask whether a booking must be made (Y or N). If a booking must be made, a random 3 digit flight number must be generated. The user must be asked to enter the type of seat, the price per seat and the number of seats to book. Example of input:
Interest on a credit card’s unpaid balance is calculated using the average daily balance. Suppose that netBalance is the balance shown in the bill, payment is the payment made, d1 is the number of days in the billing cycle, and d2 is the number of days payment is made before billing cycle. Then, the average daily balance is: averageDailyBalance = (netBalance * d1 - payment * d2) / d1. The interest on the unpaid balance is: interest = averageDailyBalance * interestRate where interestRate is the interest rate per month. Write a program that accepts as input netBalance, payment, d1, d2, and interestRate. The program outputs the interest. Format your output to two decimal places. Analyze and design this program. Write the code, compile and run it. Upload your analysis and design document and your .cpp source code file here.
The game of "23" is a two-player game that begins with a pile of 23 toothpicks. Players take turns, withdrawing either 1, 2 or 3 toothpicks at a time. The player to withdraw the last toothpick loses the game. Write a human vs. computer program that plays "23". The human should always move first. When it is the computer's turn it should play according to the following rules: If there are more than 7 toothpicks left, then the computer should withdraw a random number of toothpicks (from 1 to 3). Use the rand() function, as demonstrated in class to produce this number.. If there are 2, 3 or 4 toothpicks left, then the computer should withdraw enough toothpicks to leave 1. If there is 1 toothpick left, then the computer has to take it and loses. When the human player enters the number of toothpicks to withdraw, the program should perform input validation. Make sure that the entered number is between 1 and 3 (inclusive) and that the player is not trying to withdraw more toothpicks…