Newton's second law enables us to compare the results of the same force exerted on objects of different mass. For example, a force applied on the cart below with smaller mass allows it to accelerate faster than the same force applied on the cart below with a larger mass. Note that mass is the amount of matter an object contains. (20 points) 4. Courtesy: University of Caltfornia Davis The very simple equation for Newton's second law is: Force = Mass x Acceleration. Force is measured in Newtons, Mass in Kgs, and Acceleration in m/s2. Alternatively, Acceleration Force / Mass Write a program called problem4.cpp that asks the user to input: Mass and acceleration, and then you should output the force that was applied. You must create a function in your program of the form float computeForce (float mass, float acceleration); Force and mass, and then you should output the acceleration that happened. You must create a function in your program of the form float computeAcceleration (float force, float mass); a. b