Final answer:
The objective of the bicycle competition is to see who can travel across the city the fastest, which is option 3. This demonstrates the concept of speed, which is determined by distance divided by time, and is crucial in races and other movement scenarios.
Step-by-step explanation:
The objective of the competition between Andre and Jada, who are racing each other on their bicycles, is to determine who can traverse the length of the city the fastest. Thus, the correct answer is option 3) To see who can travel the fastest. To further illustrate the concept of speed in the context of a race, let's examine another scenario. For example, if four bicyclists cover different distances in varying amounts of time, the one with the greatest average speed will have covered a given distance in the least time. Therefore, we need to calculate the average speed for each cyclist to determine who is fastest. Average speed is computed by dividing total distance by total time. If Jill is delivering flyers and her movements are tracked over time, we can map her position over time, showing how speed can vary over a journey. Similarly, observing cars traveling between two poles, like Bridget does, can give us the time it takes for them to cover a set distance, which is essential for calculating speed. Understanding these principles can help us compare different rates of speed, whether between cyclists in a competition, like Andre and Jada, or other moving objects. For example, in a problem comparing walking speeds, we could rank walkers by their average speeds to see who is fastest.