Final answer:
The leopard's displacement between 0 seconds and 2 seconds is 0 meters because the leopard is stationary during this time, indicated by a horizontal line on the displacement vs. time graph.
Step-by-step explanation:
In the initial two seconds of the observed time interval, the leopard's displacement remains constant at 0 meters. This conclusion is drawn from the characteristics of the velocity graph during this period, where the slope of the displacement-versus-time graph is horizontal, indicating a velocity of zero.
Consequently, the leopard exhibits a state of rest or stationary position, reflecting in a lack of change in its spatial coordinates. The displacement, defined as the change in position, is inherently tied to the velocity, and the absence of any discernible incline in the graph suggests an absence of motion. In this temporal snapshot, the leopard neither advances nor retreats, resulting in a net displacement of 0 meters between the initial and concluding seconds of the specified time frame.
This scenario underscores the significance of velocity analysis in elucidating the dynamic behavior of the leopard during the stipulated time interval.