9. I'l'aylor 111* \"wreaked" Consider an object that is thrown vertically up with initial speed to in a linear medium. 1. Measuring y upward from the point of release. write expressions for the object's velocity 15!!) and position y(r). Hint: If you are redoing everything we did in class for the case where 3; was measured downward from point of release, you are not on the way to physics enlightenment. What \"really changes\" if we change the direction of +y? This is a \"reasoning\" problem more than a calculus problem. b. Find the time for the object to reach its highest point and its position y....: at that point. Hint: Recall the rules for handling logarithms to simplify the results. e. Show that as the drag coefcient appmaches zero, your last answer reduces to the well- lcnown result y\