Match the vector coordinates to each Cartesian vector. M A. [3, - 4] D 4 B. [- 2, 6] B C. [4, 3] G Z D. [3, 2] H N E. [5, 0] -4 2 0 2 4 X K C -2 A 14. GH 15. JK 16. AB Match the magnitudes to their Cartesian vectors. S A. 5 A B. V10 U C. 10 2 R D. 2V2 T E. 1 -4 -2 2 4 x V 2 PO X -4 W 17. TU 18. VW 19. RSMNPQ is a parallelogram and R is the intersection point of the diagonals MP and NQ. Let & = MQ and V= MN. Match the following expressions to their equivalents in terms of & and v. N A. B. . Zu D. R E. #+ F. - 1 - V G. H 0 1. J. 2v M 11. MR + RQ 12. PQ + ON 13. MN + NP + OM