Use PYTHON to code the following:

While an object's mass can be thought of as its resistance to translational acceleration, an object's moment of inertia can be thought of as its resistance to rotational acceleration. The moment of inertia is defined for some body relative to a rotation axis. Suppose we have a right cone rotating about the z axis, as in the diagram below left (think of a spinning top) ZA (r0.2) For this problem it is most convenient to use cylindrical polar coordinates (see the diagram above right). In this coordinate system, the moment of inertia for the cone is given by Where p(r,z,e) describes the density of the cone. What is the moment of inertia of a cone where H = 2, R = 2.5, and ?(r,s, ?)-r? Report your answer and absolute error in scientific notation with 3 significant figures