Use the various interpretations of the definite integral to solve problems of area, distance, and accumulation.

Consider the graph below, which represents the velocityof a car moving east of its starting point at 8 AM. A positive velocity indicates eastward motion; while a negative velocity indicates westward motion.

see problem below

Consider the graph below, which represents the velocity v(() of a car moving east of its starting point at 8 AM (( = 0) . A positive velocity indicates eastward motion; while a negative velocity indicates westward motion. Use the graph to find J. v(D) at and determine the position of the car relative to its starting point at 1 PM (note: 5 hours past 8 AM is 1 PM).\fa.) O v(()dt = 75 miles ; the car is 75 miles west of its starting point. 0 b.) O v(t)of = 105 miles ; the car is 105 miles west of its starting point. 0 C.) O v(!)dt = 75 miles ; the car is 75 miles east of its starting point. d.) 15 O v(!)of = 60 miles ; the car is 60 miles east of its starting point