I cannot understand this for the life of me [Calculus]
The graph is stated to be a piecewise equation composed of 3 line segments and a quarter circle with radius 2 centered at (-3, 0).
c > 0 and f(c) = 0.
Essentially, the question is this: what is the value of c such that the average value of the function over the interval -5 <= x <= c is 1/2?
I know that the average value of a function can be found using 1/(b - a) * (F(b) - F(a)), where F(x) is the antiderivative of the function in question and the function is being evaluated over the interval (a, b). Of course, this difference of antiderivatives is equivalent to taking the integral of the function according to the Fundamental Theorem of Calculus.
But I genuinely do not understand how I can possibly find this value of c when I do not have a function to work with. Am I meant to integrate each piece of the function individually based on what I can see in the graph? What am I not understanding?
There were several other questions about this graph that I managed to work through, but this one feels impossible.