Overview
14. Find the slope of steepest line that goes through the most boxes. If there is a line that can go through all 4 boxes, find the steepest line that goes through all 4 boxes. Otherwise, find the steepest line that goes through any 3 of the 4 boxes. Worst case, find the steepest line that goes through any 2 of the 4 boxes. Repeat this for the line with the smallest slope (least steep). The graph may look similar to this (make sure to include axes, labels, units, etc): 15. For the accelerations obtained from the velocity-time graphs for the four angles, plot a versus sin!. Make sure to include the errors in each variable, which will turn each data point into a box. 16. Find the slope of the steepest line that goes through the most boxes. If there is a line that can go through all 4 boxes, find the steepest line that goes through all 4 boxes. Otherwise, find the steepest line that goes through any 3 of the 4 boxes. Worst case, find the steepest line that goes through any 2 of the 4 boxes. Repeat this for the line with the smallest slope (least steep). 17. For the accelerations obtained from the 4 acceleration-time graphs, plot acceleration versus sin!. Make sure to include the errors in each variable, which will turn each data point into a box. 18. Find the slope of steepest line that goes through the most boxes. If there is a line that can go through all 4 boxes, find the steepest line that goes through all 4 boxes. Otherwise, find the steepest line that goes through any 3 of the 4 boxes. Worst case, find the steepest line that goes through any 2 of the 4 boxes. Repeat this for the line with the smallest slope (least steep).