Question: solve problem 1 and 4. For the following given data, calculate bottom-hole pressure using the Poettmann-Carpenter method: Problem 4: (10 points) Using the relevant input

solve problem 1 and 4.  solve problem 1 and 4. For the following given data, calculate
bottom-hole pressure using the Poettmann-Carpenter method: Problem 4: (10 points) Using the
relevant input data of Problem 1 and a geothermal gradient of 1F/100ft,
calculate the pressure at 200ft depth. Show your calculation and compare your

For the following given data, calculate bottom-hole pressure using the Poettmann-Carpenter method: Problem 4: (10 points) Using the relevant input data of Problem 1 and a geothermal gradient of 1F/100ft, calculate the pressure at 200ft depth. Show your calculation and compare your hand calculations with the spreadsheet (Pottermann-Carpenter BHP.xls) determined pressure at 200ft. Poettmann-CarpenterBHP.xls Description: This spreadsheet calculates flowing bottom hole pressure based on tubing head pressure and tubing flow performance using Poettmann-Carpenter Method. Instruction: 1) Select a unit system; 2) Update parameter values in the Input Data section; 3) Click "Solution" button; and 4) View result in the Solution section. M=350.17(o+WORw)+GORairgRs=g[18p100.00091t100.0125API]1.2048Bo=0.971+0.000147[Rs(og)0.5+1.25t]1.175Vm=5.615(Bo+WORBw)+(GORRs)(p14.7)(520r)(1.0z)(Dv)=D1.4737105Mqofm=4101.4442.5log(Dv)

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