Final answer:
The graph shows a non-proportional relationship between the number of times a gear can rotate and the time it takes. Statement C, which states that the relationship is non-proportional, accurately describes the information presented in the graph.
Step-by-step explanation:
The graph shows the relationship between the number of times a gear can rotate and the time it takes for the rotations. Let's analyze each statement:
- Statement A: If the gear rotates 30 times, we can see that it takes 5 seconds on the graph. Since 1 minute has 60 seconds, we can calculate the time it takes for 30 rotations as follows: 5 seconds × (1 minute / 60 seconds) = 0.0833 minutes. Therefore, Statement A is incorrect.
- Statement B: The equation y = 10x corresponds to a linear relationship, where y (the number of rotations) is directly proportional to x (the time). Looking at the graph, this is not the case since the line is curving. Therefore, Statement B is incorrect.
- Statement C: Since the graph is not a straight line and the rate of change is not constant, the relationship is non-proportional. Therefore, Statement C is correct.
Based on the analysis above, the accurate statement that describes the information presented in the graph is Statement C, which states that the relationship is non-proportional.