From the graph we can see that in the interval [0,1] the value of y is less than 1.
In the interval [1,2] the value of y value is 2 to 4.
In the interval [2,infinity) the graph is going up, and the value of y is greater than or equal to 4.
Therefore, the graph going up after y=4 above the line.
Therefore, the minimum y-value is 4 after which the exponential function will always be greater than the linear function.
The minimum y-value after which the exponential function will always be greater than the linear function is y = 4 .
The missing graph is attached with the answer.
Function is a law that relates between two dependent and independent variable .
A linear Function is represented by
y =mx+c
and the exponential function is represented by
y = aˣ
the minimum y-value after which the exponential function will always be greater than the linear function can be determined by observing from the graph
At y =4 they have same value and after that the value of the linear function is more than the value of exponential function.
Option D is the correct answer.
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