To answer this question, we can proceed as follows:
1. We can find the equation for the quadratic function, f(x) (solid line). To do this, we can use the vertex form of quadratic functions as follows:

Where (h, k) is the vertex of the parabola. From the graph, we have that the vertex is (1, -4). We can also see that the y-intercept of this quadratic function is (0, -3). Then with this information, we can find the equation of the function as follows:

Now, to find the value of as follows:
1. f(0) = -3

Then, we have:

Then, the equation of the function is:

Now, to find the other function in terms of f(x), we can see that the function, g(x), is the result of reflecting f(x) in the y-axis, f(-x), and then reflecting the resulting function in the x-axis, -f(-x), as follows:
We have that the two functions are:



If we graph both functions, we have:
Therefore, the equation of g in terms of the function f is:

[Option D.]