Question We have considered this scenario: A force acts upon an object to move it in the direction of an x-axis, from a = a to x = b. (Note, the axis could be oriented vertically or horizontally, but we can call it "a" for convenience.) In this scenario, work is done when we put energy into moving the object. When is work = force x distance the correct equation to calculate the amount of work done? O This is the correct equation when the force is a linear function. This is never the correct equation to calculate work. This is the correct equation when the force has a single value over the whole trip. This is always the correct equation, under conditions of standard temperature and pressure.Question 3 1 pts Three force functions are graphed here. Each function describes the force applied to an object as it is moved from position > = 0 to > = 5. Match each force function to the correct description. A 2 -24 C 2 6 function A This force function has an increasing rate of change. This force has a constant rate of change. Constant force. This force function has an increasing rate of change. function B This force has a constant rate of change. Constant force. function C This force function has an increasing rate of change. This force has a constant rate of change Constant force.Question 4 1 pts Hooke's Law states that the force required to compress a spring becomes greater as the spring is compressed ghter and ghter: F = km. where - F represents the force function; - k is the spring constant for this particular spring: - m