How does the person's speed change during the first 10 minutes compared to the last 10 minutes?
To determine how a person's speed changes throughout the first and last 10 minutes, we need more specific information.
To determine how a person's speed changes during the first 10 minutes compared to the last 10 minutes, we need more information about their movement or activity. However, if we assume that the person is engaged in a steady activity like running or cycling, we can provide a general explanation.
To analyze the change in speed, we would need to measure and record the person's speed at different points during the given time frame. One way to do this is by using a tracking device or a stopwatch. By recording the time and distance covered every few minutes, we can calculate their average speed for each interval.
For instance, if we record the person's speed every minute, we would have 10 different measurements for the first 10 minutes and the last 10 minutes. By calculating the average speed for each segment, we can compare the results.
To calculate the average speed, divide the total distance covered in a particular segment by the duration of that segment. The formula for average speed is:
Average Speed = Distance / Time
Once you have the average speed for the first 10 minutes and the last 10 minutes, you can compare them. If the first 10 minutes have a higher average speed than the last 10 minutes, it means the person's speed decreased over time. Conversely, if the last 10 minutes have a higher average speed, it indicates an increase in speed.
Remember that this explanation assumes a constant and steady activity. If the person's speed fluctuates or they engage in different activities during the given time frame, a more detailed analysis would be required to answer the question accurately.