A toy race car travels along a circular race track that has a radius 31 meters...

   

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A toy race car travels along a circular race track that has a radius 31 meters long. The race car starts at the 3-o'clock position (the easternmost part of the track). Imagine an angle with its vertex at the center of the circular track that subtends the path the toy race car travels. Suppose the race car stops after rotating through an angle measuring 2.3 radians along the circular race track. a. The race car is how many radius lengths east of the track's center? 1 ✓radius lengths b. The race car is how many meters east of the track's center? 1 Preview * meters Preview c. The race car is how many radius lengths north of the track's center? * radius lengths Preview d. The race car is how many meters north of the track's center? * meters Preview A toy race car travels along a circular race track that has a radius 31 meters long. The race car starts at the 3-o'clock position (the easternmost part of the track). Imagine an angle with its vertex at the center of the circular track that subtends the path the toy race car travels. Suppose the race car stops after rotating through an angle measuring 2.3 radians along the circular race track. a. The race car is how many radius lengths east of the track's center? 1 ✓radius lengths b. The race car is how many meters east of the track's center? 1 Preview * meters Preview c. The race car is how many radius lengths north of the track's center? * radius lengths Preview d. The race car is how many meters north of the track's center? * meters Preview