A car is timed going down a track. Table 1 shows the distance the car is from the start line after it initially takes off. Table 2 shows the distance the car is from the finish line after it crosses the line and eventually comes to a stop.\table[[,Table 1],[Time (s),Distance (ft)],[0,0],[2,27],[4,74],[6,241],[8,625],[10,1196]]\table[[,Table 2],[Time (s),Distance (ft)],[0,0],[2,552],[4,902],[6,1085],[8,1164],[10,1196]]Note: Click on any graph to view a rayer yrapi.From Table 1, calculate the average speed between t=0 and t=2 :From Table 1, calculate the average speed between t=4 and t=6 :From Table 1, calculate the average speed between t=8 and t=10 :From Table 2, calculate the average speed between t=0 and t=2 :From Table 2, calculate the average speed between t=4 and t=6 :From Table 2, calculate the average speed between t=8 and t=10 :Describe the behavior of the function in Table 1:A car is timed going down a track. Table 1 shows the distance the car is from the start line after it initially takes off. Table 2 shows the distance the car is from the finish line after it crosses the line and eventually comes to a stop.\table[[,Table 1],[Time (s),Distance (ft)