A 1150 kg shark, which is 2.5 m long, is supported by a 4.3 m long rod. The shark hangs straight down, its tail just touching the ground, and the pole is at an angle, held aloft by a chain that is attached to a pulley that is attached to a wall at a height 3.4 m above the ground-level hinge on which the rod pivots. (a) What is the vector position of the pulley? P = 0m y + 34m 2 (b) Where is the endpoint of the rod? R. = 3.4 m 1 x y + 3.4 m 1x 2 (c) What is the vector pointing from the endpoint of the rod to the pulley? ly + 2 (d) What is the vector pointing from the endpoint of the rod to the pulley in vector form? V = 19+[ 12 (e) What is the torque from the shark? shark = x + (f) What is the tension in the chain? (g) What is the force produced by the chain on the rod in vector form? T =[ (h) What is the force produced by the chain on the rod in coordinate form? T = y + Z (1) What is the reaction force at the hinge? H = y +0 2