This is from the textbook, C++ For Engineers and Scientists, 4th Edition by Gary Bronson. It is problem #8 from section 5.3. Please use Eclipse to write the C++ program.

Just to be clear, the force equation below is F_r = F * e^-

Please verify the program is working properly before submitting. Thank you!

(Physics) A bollard (see Figure) is a short vertical post used on piers to moor ships and boats. The force required to stop or hold a ship on a rope wrapped around the bollard is given by this formula Fr is the required force (N) F is the load on the rope. e is Euler's number (2.718 is the friction coefficient (typically 0.3 to 0.5 for a rope around a cast-iron bollard). a is the angle where the rope contacts the bollard (in radians). a. Using this formula, write, compile, and run a C++ program that determines and displays the force needed to secure a ship applying a 500 N force to the bollard shown in Figure. Assume the coefficient of friction for the rope is 0.4 and -/2 radians (quarter-turn-900) Figure: A bollard with a quarter-turn rope (a T/2 radians) b. Using the same load of 500 N and friction coefficient of 0.4, modify the program written for Exercise a to determine and display a table of the force needed on the bollard for a rope having a quarter-turn (-/2 radians) to two turns on the bollard ( 4 radians), in increments of quarter-turns ( /2 radians)