Which equation represents time based on the DST triangle?

The equation that correctly represents time based on the Distance-Speed-Time (DST) triangle is derived from the relationship between distance, speed, and time. The formula states that time is equal to the distance traveled divided by the speed at which an object is moving.

This fundamental principle highlights that if you know how far something has traveled (distance) and how fast it is going (speed), you can determine the time it took for that journey.

If you consider the DST triangle, time is often positioned at the top, while distance and speed are located at the bottom. When calculating time using this triangle, the formula is rearranged to isolate time, leading to the division of distance by speed. Thus, this formula succinctly captures the essence of the relationship among the three components, confirming that when more distance is covered at a consistent speed, more time will be required.

In this context, any other equations mentioned do not reflect the correct relationship for calculating time based on the definitions and relationships established in the DST triangle.