2. A water molecule is made of one oxygen atom and two hydrogen atoms. It is drawn to the right with the correct spacing and angles between the 1.67 x 10-27 kg atoms and the mass of the atoms. The distances are given from the center of the atoms. The radius ofthe oxygen atom is about 6.00 \\ 10'\"m and the hydrogen atoms have radii that are much smaller than that. [15 points] a. Describe how you would model the water molecule so you could calculate its total moment of inertia. Assume that it rotates around 2.66 )(10-26 kg the center of the oxygen atom in the plane of the page (Le. it spins clockwise or counter-clockwise as drawn to the right) Do not calculate the moment of inertia, describe in writing your model for the molecule. [4 points] b. At room temperature, water molecules have a rotational kinetic energy around 2.07- 10'21 J. Calculate their rotational velocity. [7 points] 0. While moving through the air, the water molecule bumps into a neon atom. The neon atom applies a force of 6O.5>