CHEN 304 1st Edition Lecture 11Outline of Last Lecture I. Laminar Flow Volumetric Flow RateII. Laminar Flow Frictional DissipationIII. Maximum and Mean VelocityIV. Laminar Flow Kinetic EnergyV. Momentum Transfer in Turbulent FlowVI. Intro to Dimensional AnalysisOutline of Current Lecture I. Friction Factor FormulasII. Piping and Pumping ProblemsCurrent LectureChapter 3Friction Factor Formulas- Colebrook and White equation for the turbulent region0.269εD+1.257ℜ√fF1√fF=−1.737 ln ⁡¿- Blausius equation for hydrodynamically smoothfF=0.0790 ℜ−1 /4- Olujic and ShachamfF=[−1.737 ln ⁡(0.269εD−2.185ℜln ⁡(0.269εD+14.5ℜ))]−2Piping and Pumping Problems- Determining the pressure drop when the pipe length and diameter are given for a specified flow rate or velocity- Determining the flow rate when the pipe length and diameter are given for a specified pressure dropThese notes represent a detailed interpretation of the professor’s lecture. GradeBuddy is best used as a supplement to your own notes, not as a substitute.- Determining the pipe diameter when the pipe length and flow rate are given for a specified pressure