A quadratic function and an exponential function are graphed below. Which graph most likely represents the exponential function?

A. p(x), because an increasing exponential function will always exceed an increasing quadratic function until their graphs intersect

B. t(x), because an increasing quadratic function will always exceed an increasing exponential function until their graphs intersect

C. p(x), because an increasing quadratic function will eventually exceed an increasing exponential function

D. t(x), because an increasing exponential function will eventually exceed an increasing quadratic function

From the given graph of quadratic function and exponential function we can see that the graph of exponential function intersect y -axis at (0,1) and can never be zero and the graph of quadratic function intersect axis at origin (0,0).

From the given graph we can see that graph of exponential function increasing greater than an increasing quadratic function untill their graph intersect.

From the given graph we can see that the graph of an increasing quadratic function eventually exceed after intersection the graph of an increasing exponential function.

In option

A. p(x) , because an increasing exponential function will always exceed an increasing quadratic function untill their graphs intersect.Therefore, it is true we can see from the given graph.

B. t(x) , because an increasing quadratic function will always exceed an increasing exponential function untill their graphs intersect. Therefore, it is false.We can see from given graph.

C. p(x) , because an increasing quadratic function will eventually exceed an increasing exponential function . It is false , because after intersection not eventually ,the graph of an increasing quadratic function will exceed an increasing exponential function .

D. t(x) , because an increasing exponential function will eventually exceed an increasing quadratic function . It is false , we can see from given graphs of two functions.