Question

QUESTIONS Transform the next algorithm into a Matlab program that defines the velocity V (m/s), the density rho (kg/m), the diameter D (m) and the viscosity mu (Pa.s) and then computes and displays the Reynold's number Re and the flow regime. Choose data from (V-0.1, or 1, or 10 m/s): (rho-800, or 1000, or 1200 kg/m'); (D-0.01, or 0.025, or 0.05m); (mu-0.85x10', or 1.05x10', or 1.5x10 Pa.s.) Start Define Vrho, D, mu Comote 2000<Res 4000 (he VD 110

Answer 1

Arswes Matlab program - cc; V=input (1 Enter the velocity in m/s'); tho=input('Enter the density in kg/m²); D =input('Estes the diameter in m'); mu= isput (Ester the viscosity in pa-s!); Re - (rbo* v*D) Imu; if (Re <= 2000) display (Re) fprintf (! flow regime is laminas '); else if (Re>2000 & Rec=4000) display (Re) fprintf ('flow regime is transitional'); else display (Re) fprintf('flow regime is turbulent); end CScanned

Output will show in command window is Enter the velocity in mis- Ol Enter the density in kg/m3 - 800. Enter the diarretes in in 0.01 Enter the viscosity in Pas 0.85*0.001 X2 Re - 941.1765 I FE. fr. flow regime is laminas CSscanned with