Extend the analysis of the space jump from lecture as follows. modify the excel file spacejump 1 extracredit. xls in the homework folder on mywpi to also calculate: a) the skydiver acceleration vs. time (put result in column g) b) find the time and magnitude of the maximum acceleration. c) the dynamic pressure (0.5pv^2) vs. time (put result in column h) remember that the air density changes with altitude. d) find the time and magnitude of the maximum dynamic pressure. find the maximum drag force, c) docs the maximum dynamic pressure occur at the point of maximum velocity? why not? the excel spreadsheet will automatically plot the acceleration and dynamic pressure vs. time if you put your results in the correct columns g and h. hand in your final excel spreadsheet using the link on mywpi in the homework folder completing this extra credit requires some knowledge of excel software. input equations for acceleration and dynamic pressure into the function line near the toolbar as was done for column e. for example. once you input the correct equation, for cell g3 for example, use the handy 'drag down' feature in excel to apply the same equation to other rows g4, g5, etc. your equations should use the cells 12, j2, k2, l2 for the time step, g, cda. and mass inputs in equations for columns g and h. use the 'exist" syntax, iexist2, jexist2, ks2, lexist2 whenever you use the cells i2, j2, k2, l2 in an equation, see equation for column e as an example.