1. The problem statement, all variables and given/known data Each of the displacement vectors and shown in Figure P1.38 has a magnitude of 3.00 m. Find the following values graphically. Report all angles counterclockwise from the positive x axis. Figure P1.38 (a) A+B=? magnitude m 60° (b) A - B=? magnitude m ° (c) B-A=? magnitude m .° (d) A- 2B magnitude m ° 2. Relevant equations C=A+B C=B+A C= A+ (-B) maybe X= mcos(theta) Y=msin(theta) 3. The attempt at a solution Ive been working on this problem for long time now, these vector properties are confusing, so far i manage to come up with some diffrent ways to get the resulant for part A but i dont know if im doing it right. first thing i try to connect A to B but extending the tail towards the head of B, then i mesuared the resultant, but got wrong answer. Same thing when I went from B to A, I dont know if connecting them right. I really need some one to shine some light on this one. When I do extend to B from A it turns out to be a Eqaultrail triangle, so the angle must be 60 deg where it meets.