Physics, asked by athirashalu2402, 2 months ago

Calculate the mass of water flowing out in 10 minutes through a capillary tube of radius 5×10 to the power -4 and 0.4m long is there is a constant pressure head of 0.2m of water coefficient of viscosity by 0.89×10 to the power -3 ( Nsm-2)

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Answered by Anonymous

Answer:This was also confirmed by the constant number of binding site values being independent on pore size. The peak width values were similar to those for axial flow monolith chromatography. These results showed that it is easy to scale up axial flow monolith chromatography to radial flow monolith tube chromatography by choosing the right pore size in terms of the pressure drop and capacity.

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Calculate the mass of water flowing out in 10 minutes through a capillary tube of radius 5×10 to the power -4 and 0.4m long is there is a constant pressure head of 0.2m of water coefficient of viscosity by 0.89×10 to the power -3 ( Nsm-2)​

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Calculate the mass of water flowing out in 10 minutes through a capillary tube of radius 5×10 to the power -4 and 0.4m long is there is a constant pressure head of 0.2m of water coefficient of viscosity by 0.89×10 to the power -3 ( Nsm-2)