Hi, I need helping solving this and writing it in Java format. 3:49LTEChapter 6 Project - new Fall 10-27-20...h(t) = -144 + 96 + 128 = 80 feetThe height of the ball will be 80 feet above the ground after 3seconds of flight time.Write a Java program that computes how high the ball will beabove the ground after x seconds in the above example? Where xis an input provided by the user.Step 1. Create an algorithm (either flowchart or pseudocode) thatyou will use to write the program. Place the algorithm in a Worddocument.Step 2. Code the program in Eclipse to compute the time.Inputs: The program should prompt the user for the height of thebuilding, the initial speed, and the time the ball has traveled (i.e.flight time). The building height should be an integer variable,while the initial speed and flight time are double variables.Create a separate method from main to calculate the height of theball.Name the separate method calcBallHeight and it needs tohave three input arguments: height of building, initial speed,and flight time of the ball. The output of the calcBallHeightmethod will return a double, ballIHeight, that is the height ofthe ball when the flight time has elapsed.Outputs: The program should have this output (below is anexample):The ball will be feet above the ground after seconds of flight time.Where ballHeight and flightTime must be formatted to twodecimal places, e.g. 12.48, using a printf statement.Add comments at the top of the class with your First and Lastname.Step 3. Test your program with a height of 128 feet , an initialspeed of 32 ft/sec, and a flight time of 3 seconds just like theexample problem. Use the Snip It tool in Windows or a similartool on the Mac to cut and paste the Eclipse Console outputwindow into the same Word document as the algorithm in Step 1. C6_Project_New [Java Application] C:\Program Files\Javaljdk-14.0.2\bin\javaw.exe (Oct 30, 2020 10:26:16 AM – 10:26:29 AM)Enter the height of the building in feet as an integer: 128Enter theEnter thetime of the ball as a double: 3.0The ball ii be 80.00 feet above the ground after 3.00 seconds of flight time.Step 4. Now vary the flight time of the ball in .5 secondincrements to see how high it will go up before it starts to comedown. Show that output as well. You will have to try differentflight times to get close to the maximum height. Keep in mind theheight of the ball will increase until it reaches the top of the curvethen it will start coming down. What is the maximum height theball will travel?1290DashboardCalendarNotificationsInboxN. 3:49LTEChapter 6 Project - new Fall 10-27-20...Chapter 6 ProjectProject Name: Chpt6_ProjectClass Name: Chpt6_ProjectProjectile MotionAn object is thrown straight up from the top of a building that is h feet tall, with an initial velocityof v feet per second. The height of the object as a function of time can be modeled by the functionh(t) = -16t + vt + h, where h(t) is the height of the object (in feet) t seconds after it is thrown, andh is the starting height, i.e. the height of the buildingThis model assumes the object misses the top of the building on the way back down to the groundand that wind resistance is minimal.Example: Assume the ball is thrown straight up from the top of a128 foot tall building with an initial speed of 32 feet(ft/sec). The height of the ball as a function of time can bemodeled by the function by:persecondh(t) = -16t + 32t + 128.Note: t equals t times tHow high above the ground will the ball be after 3 seconds offlight time?h(t) = -16(3) + 32(3) + 128h(t) = -144 + 96 + 128 = 80 feetThe height of the ball will be 80 feet above the ground after 3seconds of flight time.Write a Java program that computes how high the ball will beabove the ground after x seconds in the above example? Where xis an input provided by the user.Step 1. Create an algorithm (either flowchart or pseudocode) thatyou will use to write the program. Place the algorithm in a Worddocument.Step 2. Code the program in Eclipse to compute the time.Inputs: The program should prompt the user for the height of thebuilding, the initial speed, and the time the ball has traveled (i.e.flight time). The building height should be an integer variable,while the initial speed and flight time are double variables.Create a separate method from main to calculate the height of theball.1290DashboardCalendarNotificationsInboxOO00]ロロロ

Step 1 : Start Step 2 : Define a method calcBallHeight() which calculates takes the height of the…

Write a Java program that computes how high the ball will be above the ground after x seconds in the above example? Where x is an input provided by the user. Step 1. Create an algorithm (either flowchart or pseudocode) that you will use to write the program. Place the algorithm in a Word document. Step 2. Code the program in Eclipse to compute the time. Inputs: The program should prompt the user for the height of the building, the initial speed, and the time the ball has traveled (i.e. flight time). The building height should be an integer variable, while the initial speed and flight time are double variables. Create a separate method from main to calculate the height of the ball.

Write a Java program that computes how high the ball will be above the ground after x seconds in the above example? Where x is an input provided by the user. Step 1. Create an algorithm (either flowchart or pseudocode) that you will use to write the program. Place the algorithm in a Word document. Step 2. Code the program in Eclipse to compute the time. Inputs: The program should prompt the user for the height of the building, the initial speed, and the time the ball has traveled (i.e. flight time). The building height should be an integer variable, while the initial speed and flight time are double variables. Create a separate method from main to calculate the height of the ball.

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

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