PART C Now that we've successfully collected data from the sensor and plotted it in MATLAB, let's differentiate the data to calculate the velocity and acceleration of the moving object. Recall that given p(t) is the position of the object, v(t) = p' (t) and a(t) = v (t), where vis velocity and a is acceleration. To accomplish this, we do not need to change the Arduino program on the embedded side, we need to change the MATLAB script to calculate the velocity and acceleration and plot those. Additionally, we want to create subplots in MATLAB so that we can plot the position (distance), velocity, and acceleration within one figure window on separate graphs as shown in Figure 7. Divanee D to 255 30 Time Ci Velocity 100 -255 to 255 10 20 10 TO Tima Cal Acceleration -255 1 255 30 TO Time () Figure 7