Question 3 1 pts The graph of the derivative functions for F(:1:) = sin(m) and G (at) = sin(sin(a:)) are shown below. Suppose that the derivative functions F'{x) and G'jx) represent the velocity of two objects with displacements given by Hit) and Glx). The graphs are similar, but what can you say about the speed of the objects? Does one of the objects maintain a greater speed than the other? If so, which one, Fix) or G{x}? Question 4 1 pts The graph of the second derivative functions for F (m) = Sin(:.':) and G (cc) = Sin(sin(a:)) are shown below. The second derivative is where the difference between the two functions Fix) and Glx} is more pronounced and starts to show up graphically. If you think of this in the context of riding in a car, which car, the one with acceleration given by F"{>