******Challenging Vector Problem****** Two beetles run across flat sand, starting at the same point. Beetle 1 runs 0.50 m due east, then 0.82 m at 26° north of due east. Beetle 2 also makes two runs and the first is 1.6 m at 43° east of due north. (a) What must be the magnitude of its second run if it is to end up at the new location of beetle 1? Answer in m (b) In what direction must it run? Answer in ° (counterclockwise from due east) I have made numerous attempts to the problem here is one of my attempts Vector A =.50 i + 0 j Vector B = .82 cos26 i + .82 sin26 j = .7370 i + .3594 j Vector C = 1.6 cos43 i + 1.6 sin43 j = 1.1701 i + 1.0911 j I did A+B - C and that was R = .0669 i + (-.7317) j |R| = .7347m and angle = 84.77 What am i doing wrong when i plug the answers online it says i'm wrong! Please please help me on this. Can you please provide the exact answer along with the meathod i want to see the whole thing done... Thanks in advance.