**Download Sketch The Area Represented By G(X). G(X) = X T2 Dt 1
Pics**. Using the fact that the area under the curve given by the parametric equations x = f(t) and y = g(t) on (a, b) is from (1). Draw the area represented by g(x) as shown below;

Start by finding the intersection points. Then find g'(x) in two of the following ways. In p&r textbook you can find figure 5.6, that represents preferences of a risk averse agent in terms of expected return and standard deviation.

### Find the area bounded by the following curves:

Proofs of derivative applications facts. (a) suppose that individual has quadratic bernoulli utility. Sketching a derivative from the graph of a function. It is possible to represent certain discrete random variables as well as random variables involving both a continuous and a discrete part with a generalized it is tempting to think that in order to find the expected value e(g(x)), one must first find the probability density fg(x) of the new random variable y.