Reference no: EM132164282

This exercise requires designing a program which solves the problem described in the problem statement below. Provide comments in your pseudo-code and Java program as necessary.

Your solution must include three components:

1. Flowchart
2. Pseudo-code
3. Program coded
4. Program output

Problem Statement

When an object is falling because of gravity, the following formula can be used to determine the distance the object falls in a specific time period:

d = ½ gt²

The variables in the formula are as follows:

• d is the distance in meters
• g is 9.8
• t is the amount of time, in seconds, that the object has been falling.

Module main. Displays heading "Time" and "Falling Distance". Uses a loop to generate times 1-10. For each iteration of the loop, a function fallingDistance is called to calculate the distance the object falls. The time and distance are displayed under the headings.

Module fallingDistance. Accepts each time 1-10 and calculates the distance an object falls during that interval. The falling distance is returned to main.

Expected Outcome

Your results should be similar to the following:

The distance an object travels in meters for times 1-10 seconds is as follows.

Time Distance

1 4.90

2 19.60

3 44.10

4 78.40

5 122.50

6 176.40

7 240.10

8 313.60

9 396.90

10 490.00