Using the equatuons 5* and 6b* ,and given information , replot the curve in the question. Thank you .

Oxygen Profiles within a capillary and in its surrounding tissue for islet P(z) : Capillary oxygen axial profile PT(z) : Oxygen profile at the edge of tissue region met=25.9M/secqpO2n=95mmHgH=0.74mmHgMm=10.487V=0.05cm/secL=0.ccmrc=0.0005cmD76.3106cm2/sec HW \#6: 3. replot these two curves using Eqs. Derived in the class Eq(5)(1+m)vz2PO2=D[r1r(rrP2)]Eq(66)drd(rdrdP0T)=DTrmetabolicHT YT=rcgbLVrT the kragh radius rc copilary radies V - ave rage blowi velocity qb - blosa perfision rate L - length of copillary If v=0.05cm/s,gb=4me/cm3/min L=0.1cmT=2.74rcc Oxygen Profiles within a capillary and in its surrounding tissue for islet P(z) : Capillary oxygen axial profile PT(z) : Oxygen profile at the edge of tissue region met=25.9M/secqpO2n=95mmHgH=0.74mmHgMm=10.487V=0.05cm/secL=0.ccmrc=0.0005cmD76.3106cm2/sec HW \#6: 3. replot these two curves using Eqs. Derived in the class Eq(5)(1+m)vz2PO2=D[r1r(rrP2)]Eq(66)drd(rdrdP0T)=DTrmetabolicHT YT=rcgbLVrT the kragh radius rc copilary radies V - ave rage blowi velocity qb - blosa perfision rate L - length of copillary If v=0.05cm/s,gb=4me/cm3/min L=0.1cmT=2.74rcc