Final answer:
To find the distance traveled by the iguana between 0s and 5s, calculate the areas under the position-time graph. Divide the graph into triangles and rectangles, and calculate their areas. Add up the areas to find the total distance traveled.
Step-by-step explanation:
The distance traveled by an object can be determined from its velocity-time graph. In this case, we have a position-time graph, so we can find the distance traveled by calculating the area under the graph between 0s and 5s. This can be done by dividing the graph into triangles and rectangles and calculating their areas.
For example, if the graph forms a triangle with a base of 5s and a height of 1000m, the distance traveled during that time interval would be:
Distance = (base imes height) / 2 = (5s imes 1000m) / 2 = 2500m
By calculating the areas for all the triangles and rectangles under the graph between 0s and 5s, we can determine the total distance traveled by the iguana.