A hose is held at 3 ft above ground level; water leaves the nozzle at a velocity of 15 ft/s, at an angle of 60 degrees from horizontal. (a) How high will the jet of water rise? (b) At what distance will the jet of water hit the ground? (c) Using the head form, show that Bernoulli's equation is satisfied by comparing three points: (i) exiting the nozzle, (ii) at maximum elevation, and (iii) just as the water hits the ground. Remember that the "V" in Bernoulli's equation is tangential (streamwise) velocity, not one or the other of its components.