C++

Aerodynamic Engineers need to figure out the effectiveness of a drag parachute used to slow down military planes that are landing on aircraft carriers. You have been tasked with the job of writing a CH program which calculates the time taken (in seconds) for a jet fighter to be slowed down (by the drag parachute) to 37% of its landing speed. Assuming turbulent conditions (ie Co= 1.42) and air density of 0.00238 slug/fts, (a) Write the stated program in C++ language with at least the following inputs - Initial landing velocity - Weight of aircraft Area of parachute VAN (b) Test your program by considering a parachute of weight 1600 lbf and an initial aircraft landing speed of 270 mph. The area of the parachute is 25 ft2. (10 Marks) (Neglect parachute weight. Air and rolling resistance of the jet fighter can also be neglected). Aerodynamic Engineers need to figure out the effectiveness of a drag parachute used to slow down military planes that are landing on aircraft carriers. You have been tasked with the job of writing a CH program which calculates the time taken (in seconds) for a jet fighter to be slowed down (by the drag parachute) to 37% of its landing speed. Assuming turbulent conditions (ie Co= 1.42) and air density of 0.00238 slug/fts, (a) Write the stated program in C++ language with at least the following inputs - Initial landing velocity - Weight of aircraft Area of parachute VAN (b) Test your program by considering a parachute of weight 1600 lbf and an initial aircraft landing speed of 270 mph. The area of the parachute is 25 ft2. (10 Marks) (Neglect parachute weight. Air and rolling resistance of the jet fighter can also be neglected)