The questions needed to be answered are at the bottom of the image displayed. there are other answers fo thia already on chegg, but those answers didnt work in my c/c++ program and the professor did not approve. He wants the format of this to be displayed using

cout

cin >>

attached is another photo of another assignment completed thats similar to what he's asking here, i just can't figure this out.

thank you so much to whoever answers this, youre a lifesaver

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 ( 1 ) can be expressed by the following expressions: V =Vo -(g) H =(Vo)-(g/2)r? Here Vo is the initial upward velocity, g is the earth gravitational acceleration (9.81 m/s?) 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?/(28) tr = 2V /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 1= 15 sec. Calculation the Perimeter and Area of a Triangle Sa 2-4-2020 */ 3 #include 4 #include 5 using namespace std; 7 int main() 10 { double area; double perimeter, a,b,c ; double S; 20/20 //calculating perimeter cout > a >> b >> C; perimeter = a + b + c; s = perimeter / 2; //calculatings area = sqrt(fabs(s * (s - a) * (s - b) * (s - c))); //calculating area cout