A plane is being tracked by radar, and data are taken every two seconds in polar coordinetes r and .(The enciosed tigure shows how this might be done with a polar courdinane system superimpoaed over a map of Europe; it is meant only as an illustration, and is not related to the data provided in the table below.)\table[[Tirmen ,200,200,204,206,208,210],[9(radi,0.75,0.72,0.70,0.68,0.67,0.56],[7(mi),5120,5370,5560,5809,0030,6230]]The vector expression in potar cocrdinates for the volociry 1 and the accelenatign a are given byv=drdter+rdgdrdsa=(d2rdt1-r(dtdr)2)er+(rd2gdr2+2drdrddr)daUse the cenved firite difference basic formulas to find the volocity and acceleration vectors at t=206 s as a function of the unit vectors i, and i, Then, using the nom of the velecity and aemelintation vectorx deseribe then plann spond and the malnitude of its acceleration.