A rabbit jumps across the floor at an angle of 30° with an initial speed of 8 ft/sec. i. Write a set of parametric equations for the motion of the rabbit. ii. Determine how long the rabbit was in the air. iii. Determine how fair the rabbit traveled in the air. iv. Determine when the rabbit reached its maximum height. v. Determine the maximum height reached by the rabbit. A C OB OD A) i) x = 4√√3, y=4t-3 ii) 0.25 s iii) 1.72 ft iv) 0.12 s v) 0.25 ft C) i) x=3√√3, y=3t- ii) 0.19 s iii) 0.97 ft iv) 0.09 s v) 0.14 ft 32.171² 2 Submit Answer 32.171² 2 B) i) x = 3√√2, y = 3√√2_32.178² 2 ii) 0.26 s iii) 1.12 ft iv) 0.13 s v) 0.28 ft D) i) x = 4√2, y = 4√√2_32.171² 2 ii) 0.35 s iii) 1.99 ft iv) 0.18 s v) 0.5 ft

Problem 1RCC: (a) What is a function? What are its domain and range? (b) What is the graph of a function? (c) How...