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We are pumping 1 5 % carboxymethlcellulose in water through a pipe with an I.D . = 0 . 0 5 3 m and length
We are pumping carboxymethlcellulose in water through a pipe with an I.D and length One end of the pipe is connected to our pump that can generate a pressure of up to The other end of the pipe is open to the atmosphere. What is he maximum volumetric flow in PER HOUR can we expect? Do not enter the units in the answer box and ignore any roughness effects of the pipe. Consult the text for the fluid properties of carboxymethicellulose ;
We are pumping carboxymethlcellulose in water through a pipe with an I.D and length One end of the pipe is connected to our pump that can generate a pressure of up to The other end of the pipe is open to the atmosphere. What is he maximum volumetric flow in PER HOUR can we expect? Do not enter the units in the answer box and ignore any roughness effects of the pipe.
Consult the text for the fluid properties of
carboxymethicellulose
;
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