A flocculator to treat a flow of 90.0 L/s has been constructed with three compartments in series, each 300 cm deep, 300 cm wide and 600 cm long. It has been equipped with 6 vertical shaft flocculation paddles in each compartment. When operating, the total electrical energy being consumed is 675 W (675 N.m.s ). The energy efficiency of the motor is 60.0 per cent, and the water temperature is 20C (viscosity = 10 N.s.m). Camp proposed the product G.t (the 'Camp number') as a dimensionless number, for flocculator design. (a) Determine the Camp number for this system (10 marks) (b) Describe the likely consequences of operating conditions with a significantly increased Camp number (3 marks) (c) Describe the consequences of operating a flocculator with inadequate Camp number (2 marks).