The Correct Answer and Explanation is:
Correct Answer
The change in time for the second, third, and fourth quarters will all be the same numerical value. This value is equal to the duration of one quarter of the total event time.
Explanation
Without the complete context, such as a data table, graph, or the full problem description, it is impossible to provide a specific number for the answer. However, the question itself provides the necessary clues to understand the correct concept. The phrases “second quarter,” “third quarter,” and “fourth quarter” imply that a total period of time has been divided into four equal segments.
The term “change in time,” often represented in physics as delta t (Δt), simply refers to the duration or length of a time interval. The question asks for the duration of the second quarter, the duration of the third quarter, and the duration of the fourth quarter. By definition, a quarter is one of four equal parts of a whole. Therefore, the time interval for each quarter of the event must be identical. If the total time for an event is T, then the change in time for any single quarter would be T divided by 4.
For instance, consider an experiment that lasts for a total of 60 seconds. If this experiment is analyzed in quarters, the change in time for each quarter would be 60 divided by 4, which equals 15 seconds. In this scenario, the correct answer to enter for the second, third, and fourth quarters would be 15 seconds for each. Similarly, in a sport like American football, a regulation game is divided into four quarters of 15 minutes each. The change in time for any given quarter is 15 minutes, or 900 seconds.
In conclusion, while the specific number cannot be retrieved from the image alone, the fundamental principle is that the duration for each quarter is constant. The correct approach is to identify the total time period for the event described in the problem and divide it by four to find the single, consistent value for the change in time for every quarter.
