Calculate the pressure loss due to elevation change using Beggs and Brill's correlations based on the following data of a vertical well. Production Rate, Qo 2,000 STB/day Superficial Liquid Velocity, Vsl 4.67 ft/sec Superficial Gas Velocity, Veg 8.72 ft/sec Oil Viscosity, Ho 2 cp Oil Density, Po 49.9 Ib/ft3 Gas Viscosity, Hg 0.0131 cp Gas Density, Pg 2.6 Ib/ft3 Liquid velocity number, Nvl 10.28 Diameter of the pipe 2.259 in Tubing length, AL 8394 ft Gravitational acceleration, g 32.2 ft/s^2 Table 2.1 Beggs & Brill Holdup Constants Flow Regime a b C Segregated 0.98 0.4846 0.0868 Intermittent 0.845 0.5351 0.0173 Distributed 1.065 0.5824 0.0609 Flow Regime d e f g Segregated Uphill 0.011 -3.5868 3.519 -1.614 Intermittent Uphill 2.96 0.305 -0.4473 0.0978 Distributed Uphill No Correlation C=0, Y=1 All regimes dowhill 4.7 -0.3692 0.1244 -0.5056