PLEASE USE ECLIPSE TO DO THE FOLLOWING HOMEWORK PROBLEM (AND USE THE SAMPLE DATA BELOW). PLEASE BE SURE TO USE THE PROPER UNITS. THE PROBLEM IS FROM THE TEXTBOOK "C++ FOR ENGINEERS AND SCIENTISTS, 4TH EDITION" BY GARY J. BRONSON. THANK YOU!

Exercises 3.5: #4 (pg 160) 4. (Automotive) Drag force is the force exerted on a moving vehicle that's caused by air resis- tance. The formula for this force is as follows: Fd is the drag force (Ibs). Cd is the coefficient of drag (dimensionless) A is the vehicle's front area (ft2) p is the air density (Ib/ft3). Vis the vehicle's velocity (ft/sec). a. Using this formula, write, compile, and run a C++ program that determines the drag force on a vehicle having a front area of 30 ft2 and a drag coefficient of .26 that's moving at a velocity of 60 mi/hr (88 ft/sec). Although air density depends on both temperature and al- tude, assume an air density of .0077 lb/ft3, which is the air density at sea level at 59 E Your program should use the symbolic name DRAG_CoEF for the coefficient of drag and AIRDENSITY for the air density. b. After verifying that your program is working correctly, use it to determine the drag force on a car with a front area of 20 ft2. All other variables should remain the same as in Exercise 4a Exercises 3.5: #4 (pg 160) Test Data -ps3 set 1 Cd 0.1 A 15 ft2 p0.005 lbs/ft3 V 100 ft/s set-2: C,-0.2 A 18 ft = 0.0075 lbs/ft3 V = 90 ft/s