As shown in the gure below, water ows in a vertically downward stream from a 1.16 cm diameter faucet lling a 125 cm3 a distance L = 13.0 cm below the faucet opening. container in 18.8 5. Determine the diameter (in cm) of the stream of water 2 a. E 2 3 8 (a B s E E m 3' 2' 8 0 0.295 x Knowing the volume flow rate and the size of the faucet, we can obtain the speed of fluid flow at the faucet. By either energy considerations or by using Bernoulli's equation we can obtain the speed of fluid ow at the point of interest below the faucet. Knowing the volume flow rate and the speed of fluid flow at the point of interest below the faucet, we can determine the diameter of the stream. cm Need Help? _" (D Submit Answer 5. [0/1 Points] PREVIOUS ANSWERS SERPSE10 14.2.P.007. ASK YOUR TEACHER 5 PRACTICE ANOTHER A solid sphere of brass (bulk modulus of 14.0 x 1010 N/mz) with a diameter of 2.15 m is thrown into the ocean. By how much does the diameter of the sphere decrease as it sinks to a depth of 2.60 km? (Take the density of ocean water to be 1,030 kg/ma.) x Your response differs from the correct answer by more than 100%. mm Need Help? _ Submit