Objectives:

• Learn to analyze a computational problem and construct an algorithm to solve it
• Learn to use sequential statements to build a basic program to implement the algorithm, using correct programming format
• Learn to use the scanf function to read and store values entered on the keyboard by the user, and the printf function used to display output results on the computer monitor
• Learn to convert math formulas into correct arithmetic expressions using variables, constants, and library math functions
• Learn to construct a test plan and provide appropriate documentation

Description: David Blaine, is an American illusionist, endurance artist, and extreme performer. He is best known for his high-profile feats of endurance and has set and broken several world records. (source: Wikipedia). In the fall of 2020, flew into the air above the Great Basin Desert in Arizona strapped to helium-filled balloons, before parachuting to safety back to the ground.

This programming assignment requires you to compute the number of helium-filled balloons of a specified diameter required to lift a person with a specified weight off the ground.

Instructions: Analyze this problem (think of input, processing and output requirements) using a Lab Report to assist you and to provide a framework. Make sure your algorithm is well-constructed and detailed.