Problem Solving Lab EGR-125 C++ Programming for Engineers Problem Solving and Programming Developing a program to solve an engineering problem can be accomplished using the following steps Analyze What are the inputs and outputs? What are the relationships (equations) that link the inputs to the outputs? A good analysis will generally result in a clear description of the program (you can use the analysis step to create the list of inputs and outputs as well as an overal program description that is required at the beginning of all your programs) o o o .Design o What are the logical steps needed to solve the problem (Algorithm)? o Break the solution into detailed steps o Be precise (every detail should be addressed). o The design steps can be used as comments in your program and are a good place to start coding (start programming by writing the steps as comments in the main section of your program). Implementation (Coding) Translate your algorithm (design steps) into C++ code. Use proper declarations and syntax. o o Testing and Debugging Find and correct problems with the code (that missing semi-colon or misspelled identifier Test your code with various inputs (what are the worst case scenarios?) Correct any logic or coding errors o o o Maintain o o Update code with improvements, bug fixes, etc You will not have to maintain programs for this course. ab Problem Create a program that calculates the volume and lateral surface area of a cone given the radius and height of a right circular cone. Prompt the user to enter the radius and height the cone. Calculate the volume and lateral surface area of the cone using the following relationships and print the results 1. z-r,h e= Lateral surface area = ?r-F2 + h2