X: -1 | 0| 1| 2| 3| 4| f(x): -9.5| -9| -8| -6| -2| 6|

g(x): 8| 10| 12| 14| 16| 18|

The values for f(x) represent an exponential function. The values for g(x) represent a linear function. Which statement is valid about the two functions as the values for x continue to increase?

A

The value for g(x) always exceeds the value for f(x) because a quantity increasing linearly always exceeds a quantity increasing exponentially.

B

The value for f(x) never exceeds the value for g(x) because a quantity increasing linearly never exceeds a quantity increasing exponentially.

C

The value for g(x) never exceeds the value for f(x) because a quantity increasing linearly eventually exceeds a quantity increasing exponentially.

D

The value for f(x) eventually exceeds the value for g(x) because a quantity increasing exponentially eventually exceeds a quantity increasing linearly.

Someone said to ask this question so...here u go