The pressure applied by the choke in a dead well is equal to a) the separator...

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The pressure applied by the choke in a dead well is equal to a) the separator pressure b) the reservoir pressure c) zero d) the wellhead pressure The productivity index of a cylindrical reservoir producing under semi-steady-state conditions corresponds to a) the slope of the IPR curve b) the slope of the VLP curve c) the inverse slope of the VLP curve d) the inverse slope of the IPR curve To run thermal calculations along the wellbore we need a) the overall heat transfer coefficient b) the wellhead pressure c) the separator pressure d) the reservoir pressure drawdown If the productivity index in an undersaturated oil well is not available, the IPR can still be drawn by utilizing a) pressure-temperature measurements b) pressure-flowrate measurements c) pressure-depth measurements d) pressure-radius measurements The expected flowrate in a production system is estimated a) at the intersection of the IPR and the VLP curves b) at the intersection of the IPR and the pressure-depth curves c) at the intersection of the VLP and the pressure-depth curves d) at the intersection of the VLP and the temperature profile curve The pressure applied by the choke in a dead well is equal to a) the separator pressure b) the reservoir pressure c) zero d) the wellhead pressure The productivity index of a cylindrical reservoir producing under semi-steady-state conditions corresponds to a) the slope of the IPR curve b) the slope of the VLP curve c) the inverse slope of the VLP curve d) the inverse slope of the IPR curve To run thermal calculations along the wellbore we need a) the overall heat transfer coefficient b) the wellhead pressure c) the separator pressure d) the reservoir pressure drawdown If the productivity index in an undersaturated oil well is not available, the IPR can still be drawn by utilizing a) pressure-temperature measurements b) pressure-flowrate measurements c) pressure-depth measurements d) pressure-radius measurements The expected flowrate in a production system is estimated a) at the intersection of the IPR and the VLP curves b) at the intersection of the IPR and the pressure-depth curves c) at the intersection of the VLP and the pressure-depth curves d) at the intersection of the VLP and the temperature profile curve

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