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Complete (1) the velocity distribution derivation v(r) for the Stormer Viscometer: and (2) Calculate for the viscosity, , of a solvent. V(r)=c12r+rc2,B.C.1Atr=kR,C12kR+kRC2=kR,k=0,98B.C.2Atr=R,c12R+RC2=0,=6.28radian - Problem (1):

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Complete (1) the velocity distribution derivation v(r) for the Stormer Viscometer: and (2) Calculate for the viscosity, , of a solvent. V(r)=c12r+rc2,B.C.1Atr=kR,C12kR+kRC2=kR,k=0,98B.C.2Atr=R,c12R+RC2=0,=6.28radian - Problem (1): Answer the v(r) (in cm/s ) at r=4.95cm (i.e. the linear velocity). ---Using the completed v(r) equation you finished earlier

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