Procedure: ll 2) 3) 3) Release the hex nut/spoon form height (h) listed in column 2 of observation table below Release the hex nut/spoon from the height "h\" such that it lands on the pan/hardwood floor Start the stop watch as you release the hex nut/spoon and stop the stop watch as you hear the hex nut/spoon hit the pan. Record the time of fall it) of hex nut/spoon in seconds in column 3 for corresponding height listed in column 2 After all observation are recorded in column 2 and column 3, now substitute the values for h and t in column 4 and calculate velocity for each observation. Now, substitute values of velocity from column 4 and time from column 3 in to column 5 equation of gravity and compute experimental gravity Air resistance will induce error in this lab, hence we will compute percent error, to compute % error find the average value of gravity in column 5. Let's call this average value is "experimental gravity\" Find percentage error using following equation: Theroticai gravityExperimental gravity Ix 100 Therotical Plot the graph of final velocity (y axis) vs time (x axis), find the slope of the graph. Fall distance Time of fall Observation # (h) (t) Unit: meter Unit : second Average experimental g' - The percent error = \fColumn 1 Column 2 Fall distance Time of fall Observation # (h) (t) Unit: meter Unit : second