Create a JAVA Programming using Conditional Flow Control of your choiceА.1. Using either while or do-while loop make a Math Formula for Factorial2. Formula:п! 3D пх (п-— 1) х ...x1Example OutputOutput - Project2 (run) Xrun:Enter a number: 4The factorial number is equal to 24BUILD SUCCESSFUL (total time: 6 secon

Answered: Image /qna-images/answer/e282b8f1-fe00-4ea8-9e08-acee1fc640e7.jpg

Create a JAVA Programming using Conditional Flow Control of your choice A. 1. Using either while or do-while loop make a Math Formula for Factorial 2. Formula: n! = n x (n – 1) x..x 1 Example Output Output - Project2 (run) x run: DD Enter a number: 4 The factorial number is equal to 24 BUILD SUCCESSFUL (total time: 6 secon

Create a JAVA Programming using Conditional Flow Control of your choice A. 1. Using either while or do-while loop make a Math Formula for Factorial 2. Formula: n! = n x (n – 1) x..x 1 Example Output Output - Project2 (run) x run: DD Enter a number: 4 The factorial number is equal to 24 BUILD SUCCESSFUL (total time: 6 secon

Database System Concepts

7th Edition

ISBN:9780078022159

Author:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan

Publisher:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan

Chapter1: Introduction

Section: Chapter Questions

Problem 1PE

See similar textbooks

Similar questions

Create a Java program that declares and initializes a string variable "dayOfWeek" with a value of your choice (e.g., "Monday", "Tuesday", etc.). Use a "switch" statement to check the value of "dayOfWeek" and output a message to the console indicating the corresponding day of the week. For example, if "dayOfWeek" is "Monday", output a message saying "Today is Monday". Use "default" to output a message for any invalid value of "dayOfWeek".
Using a simple while loop in JAVA PROGRAMMING, create a source code that will let the user input 10 grades (in integer) and count how many grades Passed or Failed (grades that are less than 75). Provide a comprehensive source code ASAP.
USE JAVA Question/Prompt is in the picture attached, and use example outputs as a guide. second picture is the inventory used in prompt Please be precise. EXAMPLE OUTPUT 1 Welcome to the 1331 Giveaway! Would you like to take an item? [Y]es, [N]o, or [E]xitY |x|x|StuffedPython|x|CSalt||hAIrspray|x|x|x|x||x|x|x|JavaBeans|x||x|RustedMetal|SwiftShoes|x|x||FuRniture|x|x|GroovyGear|RadiantRuby| What item are you interested in taking?0 5 Location does not exist. What item are you interested in taking?0 4 You successfully took the CSalt! |x|x|StuffedPython|x|x||hAIrspray|x|x|x|x||x|x|x|JavaBeans|x||x|RustedMetal|SwiftShoes|x|x||FuRniture|x|x|GroovyGear|RadiantRuby| Would you like to take an item? [Y]es, [N]o, or [E]xitZ Please input ‘Y’, ‘N’, or ‘E’. Would you like to take an item? [Y]es, [N]o, or [E]xitEHave a good day! EXAMPLE OUTPUT 2 Welcome to the 1331 Giveaway! Would you like to take an item? [Y]es, [N]o, or [E]xitY…
create a Java program that repeatedly asks the user whether they wish to calculate another square root. If the response is "y", then the program should proceed; if it is anything else, then the program should quit. Whenever it proceeds, the program should prompt the user for a number (a positive double, and your program may simply assume the input is consistent with this requirement) and then report the square root of that number to within a relative error of no more than 0.01%. The computation must be done using Newton iteration. The intuitive idea of Newton iteration for computing square roots is fairly straightforward. Suppose you have a guess r for x1/2 that is too large; the argument is similar if it is too small. If r is too large to be the square root of x, then x/r must be too small, so the average of r and x/r should be a better guess than either r or x/r. This suggests that if you repeatedly replace your current guess r by (r + x/r)/2, then your sequence of guesses should…
You are learning how to repeat a set of actions, by using loops. There are several different kinds of loops, but the simplest are those that use a counter to control the number of repetitions. We call these counter-controlled loops, (or counted loops). The easiest way to write a counter-controlled loop is by using Java's for statement. The mechanics of using a for loop are the same as using a while loop, including: loop initialization loop condition loop update. The Java for statement provides a convenient syntax which includes all three of these elements in one statement.
We want to code an example of compound interest. Prompt the user to input a starting balance and an interest rate. Compute the balance after 10 cycles using two methods. One, by computing the balance at each step. Two, by using the formula for compound interest Let A be the starting balance. Let r be the interest rate. After one cycle the new balance is A_new= A + A*r or A*(1 + r) . The process repeats for the number of desired cycles. You should calculate the result by explicitly coding the balance for each of the ten cycles using simple python code
The value of S is computed from the formula:S = 1/1 + 1/2 + 1/3 + 1/4 + 1/5 + … + 1/NUsing Do While Loop, create a java program that will output the number of terms required and the value of S before S exceeds 3.1.Example:1st term: S = 1;2nd term: S = 1 + 1/2 = 1.5;3rd term: S = 1 + 1/2 + 1/3 = 1.8333;4th term: S = 1 + 1/2 + 1/3 + 1/4 = 2.08333;5th term: S = 1 + 1/2 + 1/3 + 1/4 + 1/5 = 2.2833;...nth term: S = ?
Create a Java program that declares and initializes an integer variable "num" with a value of your choice. Use the "if-then" statement to check if "num" is even or odd. If "num" is even, output a message to the console indicating that it is even. If "num" is odd, output a message to the console indicating that it is odd. Use the "if-then-else" statement to check if "num" is positive or negative. If "num" is positive, output a message to the console indicating that it is positive. If "num" is negative, output a message to the console indicating that it is negative. If "num" is zero, output a message to the console indicating that it is zero. Use a nested "if-then-else" statement to check if "num" is divisible by 2 and 3. If "num" is divisible by 2 and 3, output a message to the console indicating that it is divisible by both. If "num" is only divisible by 2, output a message to the console indicating that it is only divisible by 2. If "num" is only divisible by 3, output a message…
Create a Java program that declares and initializes an integer variable "num" with a value of your choice. Use a "while" loop to output the numbers from 1 to "num" to the console, one per line. Use a "do-while" loop to output the sum of the numbers from 1 to "num" to the console.
Write a program that works out if a given year is a leap year This is how to workout whether if a perticular year is a leap year on every year that is evenly divisible by 100 except every year that is evenly divisible by 100 unless the year is also evenly divisible by 400 Note Study the flow chart given below START No Yesit cleanly divisible by Not Leap No Yes it cleanly divisible by 1007 Leap No Yes it cleanly divisible by 4007 Not Leap Leap Guideline : Create a unique code Create a function leapYear_697 to accept the parameter (i.e year ) and return whether the given year is a leap year Javascript program name should be like Assign2 697
Create a java program that will compute for n! (Factorial) which is the product of all numbers from 1 to n. Implement using while loop and do while loopNOTE: Starting this activity, you have to apply error trapping. That is, if the input is not a number, your program should prompt the user displaying “Invalid input! Try again.” and should continually ask the user for a correct input before proceeding to the next operation.
Write a program that calculates the energy neededto heat water from an initial temperature to a final temperature. Your programshould prompt the user to enter the amount of water in kilograms and the initialand final temperatures of the water. The formula to compute the energy isQ = M * (finalTemperature – initialTemperature) * 4184where M is the weight of water in kilograms, initial and final temperatures are indegrees Celsius, and energy Q is measured in joules. Here is a sample run: Enter the amount of water in kilograms: 55.5Enter the initial temperature: 3.5Enter the final temperature: 10.5The energy needed is 1625484.0