Answer:
C
Explanation:
Notice that the table doesn't have an exponential behaviour. Because an exponential function has the point (0,1), because all powers with a null exponent are equal to 1.
Also, notice that the table doesn't show a linear relation, because y-variable has all values positive.
Therefore, the only relation that follows the values of the table is
![y=2.5x^(2)](https://img.qammunity.org/2020/formulas/mathematics/middle-school/3kourl10zej9brgvvbp9qamxn5r6oa3byv.png)
Let's evalue each x-value
![y=2.5(-2)^(2) =2.5(4)=10\\y=2.5(-1)^(2)=2.5(1)=2.5\\ y=2.5(0)^(2)=2.5(0)=0\\y=2.5(1)^(2)=2.5\\y=2.5(2)^(2)=10](https://img.qammunity.org/2020/formulas/mathematics/middle-school/m2n729zqb1s3g6eec6hkjj5g9pgv9tacy2.png)
Therefore, the right answer is C. The given values show a quadratic relation.
A faster way to deduct the quadratic pattern is observing that y-values are symmetric no matter if x-values are positive or negative, that meanst he function is pair, or quadratic.