Question

A small test filtration of Auromycin crystals in an acetone suspension uses a filter medium of negligible resistance. It gives the following data
t (sec) V (liters)
10 0.500
20 0.707
30 0.866
In finding these data, we have used a filter with 89 cm2 area and a pressure drop of 2.6 m of water. We now plan to filter a much larger crop of crystals containing 7300 liters of solvent by using a filter of 1.3 m2. However, the larger crop has a concentration of 0.28 g/100cm3 solvent, less than that in our test filtration, which is 0.34 g/100 cm3 of solvent. How long will it take to filter this new crop at the same pressure drop?
​

Answer 1

Answer:

don't no becayudbsnsb jdjfb djsbs ddd