Hello I need a flowchart for this assignment. Thanks.

Assignment

Code:

#include

using namespace std;

int main()

{ double H; // Height ( location of the ball ) double V; // Velocity double t; // Time double V0; // Initial Velocity double g = 9.81; // gravitational Accelaration in Earth

cout > V0;

cout > t;

V = V0 - (g)*t; // Calculating the Velocity at time t H = (V0)*t - (g / 2) * t * t; // Calculating Height at time t double tm = V0 / g; // Calculating the time taken for the ball double Hm = V0 * V0 / (2 * g); // Calculating Maximum Height double tr = 2 * V0 / g; // Calculating returning time

cout

cout

cout

cout

cout When a ball is thrown vertically upward from a reference location, it travels to a maximum height and then changes direction and experiences a fall. Ignoring the air resistance and a number of other tiny influences, the location of the ball (H) and its velocity (V) at time (t) can be expressed by the following expressions: V =VO -(g) H =(VO) -(g/2)t? Here Vo is the initial upward velocity, g is the earth gravitational acceleration (9.81 m/s2) and H is measured upward from the reference location. Using the above expressions one can find the time(tm) it takes for the ball to reach its maximum height(Hm ) and the time it takes for the ball to return to its reference location (tr) as listed below: tm =Volg Hm =Vo? (29) tr = 2V0/g Write a program to: 1. read the initial velocity of the ball from the keyboard and calculate tm, Hm, and tr and then print their values with appropriate labels. Test the program for Vo= 100 m/sec. 2. read a value for the time and calculate the corresponding velocity and the height of the ball and print their values with proper labels(use Vo = 100); test the program for t= 15 sec