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{"ops":[{"insert":"Eq(1) represents the governing stream function Y(r,0), of the developed novel amine solvent in a packed column {vr\u00basin\u2019e (1-9) Eq(1) y = - The velocity components in r (vr) and 0 is shown in Eq (2) and Eq (3), respectively 1 dy Vr. Eq(2) r2 sino de Ve= 1 dy r sind dr Eq(3) Where: v2 = v? + va Eq(4) r: radius of the packaging material (cm) \u00d8: correction factor of the packing material (cm) V : upstream velocity (cm s-?) 0 : angle of the flow (downward vertical direction) Your specific task for this project are as follows: a) Analyze the relation between radial velocity distribution with the upstream velocity [ 4 marks] downward vertical velocity distribution with the b) Analyze the relation between upstream velocity [ 5 marks] c) Determine the downward vertical pressure changes with the upstream velocity [ 11 marks] ** Process assumption: Incompressible and steady flow Inviscid flow condition Changes in the potential energy, shaft work and the loss of useful energy are relatively small than kinetic and pressure energy. Uniform velocity distribution in both r and 0 direction\n"}]}

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