2. Type Il problem, determine Q. (see Table 8.4 for Pipe Flow problem types). Gasoline flows through a section of 80 feet of galvanized iron pipe with inner diameter 1.5". The section inlet and outlet pressures are 12 and S psig respectively. The flow is steady and fully developed. Determine the volumetric flow rate in cfs (cubic feet per second). You could use guess and check; start by guessing either average V or Q and then determine the associated Ap after finding the associated f. Your \"guess\" is correct when equation 8.33 gives 3 psi pressure drop. (You don't need to get the exoct answer; 3 guesses total is sufficient). Table 8.4 Pipe Flow Types Variable Type I Type II Type III a. Fluid Density Given Given Given Viscosity Given Given Given b. Pipe Diameter Given Given Determine Length Given Given Given Roughness Given Given Given c. Flow Flowrate or Given Determine Given Average Velocity d. Pressure Pressure Drop or Determine Given Given Head Loss