To determine the nature of the function depicted in the table, let's first look at the pairs given:
Now, we need to analyze how the outputs change as the inputs change.
- Identify the output values:
- At
, the output is 1782. - At
, the output is 970. (Decreases) - At
, the output is 4950. (Increases) - At
, the output is 8250. (Increases) - At
, the output is 13750. (Increases)
- At
Given the changes in the outputs, we can observe that the function does not follow a linear or simple polynomial form because the decrease at
Next, let's consider the possibility of a quadratic or exponential function. To go further, we can look at the ratios or check for a common pattern in differences, but without those calculations presented, we'll focus on defining the function type based on its behavior.
Given the values:
- The function values have non-consistent intervals and appear to be changing rapidly, hinting towards a polynomial or exponential nature.
To summarize:
This function is not linear because the changes in output do not correspond to a constant change as seen in a linear function. The outputs rapidly increase especially around zero.
Answer
This function is non-linear because the rate of change of the function values is not constant, and the input-output relationship does not fit a straight line (it involves varying increments).