Suppose a cyclone is being fed with mica (density 2800kg/m3 ) in the form of a slurry of pulp (bulk) density 2000kg/m3. The cyclone underflow density is 2400 kg/m3 and the overflow is 1600kg/m3. Using this information and the information in the table: a- Illustrate - via a sketch - the working Principe of the cyclone. b- Plot the efficiency curve. c- calculate the d50 (cut point) of the cyclone. d- For particles diameters of 400m and 1000m, what is the maximum efficiency that can be obtained? Suppose a cyclone is being fed with mica (density 2800kg/m3 ) in the form of a slurry of pulp (bulk) density 2000kg/m3. The cyclone underflow density is 2400 kg/m3 and the overflow is 1600kg/m3. Using this information and the information in the table: a- Illustrate - via a sketch - the working Principe of the cyclone. b- Plot the efficiency curve. c- calculate the d50 (cut point) of the cyclone. d- For particles diameters of 400m and 1000m, what is the maximum efficiency that can be obtained