Scientists have studied two species of sand lizards, the Mojave fringe-toed lizard and the western zebra-tailed lizard, to understand the extent to which the different structure of the two species' toes is related to their preferred habitats-fine sand for the Mojave lizard and coarse sand for the zebra-tailed lizard. (Figure 1) shows a somewhat simplified velocity-versus-time graph for the Mojave fringe-toed lizard. Figure1 of 1 The plot shows velocity v subscript x as a function of time t. Time is measured from 0 to 250 milliseconds on the x-axis. Velocity is measured from 0 to 2.0 meters per second on the y-axis. Velocity equals 0 at zero time. Then it increases linearly to 0.8 meter per second at 50 milliseconds. Then it increases at a decreasing rate forming the curve concave down that passes 1.0 meter per second at 70 milliseconds, 1.3 meters per second at 100 milliseconds, 1.5 meters per second at 125 milliseconds, 1.65 meters per second at 150 milliseconds, 1.8 meters per second at 200 milliseconds, and 1.9 meters per second at 230 milliseconds. Part A Estimate the maximum acceleration of the lizard in both m/s2 and g's.