A standard science experiment is to drop a ball d see how high it bounces. Once the "bounciness" of the ball has been determined, the ratio gives a bounciness index. For example, if a ball dropped from a height of 10 feet bounces 6 feet high, the index is 0.6, and the total distance travelled by the ball is 16 feet after one bounce. If the ball were to continue bouncing, the distance after two bounces would be 10 ft + 6 ft +6 ft +3.6 ft 25.6 ft. Note that the distance travelled for each successive bounce is the distance to the floor plus 0.6 of that distance as the ball comes back up. Write a program that lets the user enters the: initial height from which the ball is dropped the bounciness index the number of times the ball is allowed to continue bouncing Output should be the total distance travelled by the ball. Below is an example of the program input and output: Enter the height from which the ball is dropped: 25 Enter the height from which the ball is dropped: 25 Enter the bounciness index of the ball: .5 Enter the bounciness index of the ball: .5 Enter the number of times the ball is allowed to continue bouncing: 3 Enter the number of times the ball is allowed to continue bouncing: 3 Total distance traveled is: 65.625 units. Total distance travelled is: 65.625 units.

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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Write a python program from the question that lets the user enters the:
• initial height from which the ball is dropped
• the bounciness index
• the number of times the ball is allowed to continue bouncing
• Output should be the total distance travelled by the ball.

The program should work and display correct outputs. Example is included below the question

A standard science experiment is to drop a ball d see how high it bounces.
Once the "bounciness" of the ball has been determined, the ratio gives a bounciness index.
For example, if a ball dropped from a height of 10 feet bounces 6 feet high, the index is 0.6, and the total distance travelled by the ball is 16
feet after one bounce. If the ball were to continue bouncing, the distance after two bounces would be 10 ft + 6 ft +6 ft +3.6 ft = 25.6 ft.
Note that the distance travelled for each successive bounce is the distance to the floor plus 0.6 of that distance as the ball comes back up.
Write a program that lets the user enters the:
initial height from which the ball is dropped
the bounciness index
the number of times the ball is allowed to continue bouncing
Output should be the total distance travelled by the ball.
Below is an example of the program input and output:
Enter the height from which the ball is dropped: 25
Enter the height from which the ball is dropped: 25
Enter the bounciness index of the ball: .5
Enter the number of times the ball is allowed to continue bouncing: 3
Enter the bounciness index of the ball: .5
Enter the number of times the ball is allowed to continue bouncing: 3
Total distance traveled is: 65.625 units.
Total distance travelled is: 65.625 units.

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