std_logic); method Bool lampGreenM();attribute LOC: string; method Bool lampRedS();attribute LOC of clk0: signal method Bool lampAmberS();is "P11"; method Bool lampGreenS();attribute LOC of State: signal is endinterface: TL"P02,P03,P04,P06,P07,P08";end entity ; typedef enum {architecture Behavior of trafficlight is GreenM, AmberM, RedM,signal Q: std_logic_vector (1 downto 0); GreenS, AmberS, RedS} TLstatesbegin deriving (Eq, Bits);process (clk0,Q) (* synthesize *)begin
12 to 72 hoursThe filter area required for sand filters is determined by the hydraulic loading rate. Using thetypical loading rates provided in literature, the filter area will be given by;A = Q/L where A is the required filter area, Q is the wastewater flow and L the hydraulic loadingrateSand or other filter media available may not meet ES and uniformity coefficient specifications.In this case, the available sand or other filter media is tailored to requirements in a process whereunacceptable particle sizes (too fine and too coarse) are removed through sieving and passingwater in an upflow direction.Activated CarbonActivated carbon is produced by burning carbon rich materials such as coal, wood or nut shells. .It is either steam or
River Aircraft System, “Our Company” (1997-2008). Available at: http://www.mras-usa.com/company.html/ [5] Richard Schonberger, “Best practices in Lean Six Sigma process improvement: a deeper look”, John Wiley andsons, pp 10-45, 2007 [6] Robert S. Woodbury, “The Legend of Eli Whitney and Interchangeable Parts”, Technology and Culture, Vol. 1No. 3, 1960, pp 235-253.[7] Womack, J. and Jones, D., “The machine that changed the world”, Rawson Associates, NY, 1990. [8] Lee, Q., “Lean manufacturing strategy”, Strategos, available at: www.strategosinc.com/ [9] Shahram Taj, “Applying lean assessment tools in Chinese-hi tech industries”, Emerald Management Decision,Vol. 43 No. 4, 2005, pp 628-643. [10] Tham, M. T., “An introduction to SPC”, Chemical
losses within the flow (represented by a losscoefficient, C), but it provides easily measurable quantities for the first-year students. The power(P) derived from the momentum can be determined from Equation 6: ܲ ൌ ܳߩݑሺܸ െ ݑሻሺ1 െ ܿߚݏሻ (Eq. 6)where, u is the tangential velocity of the waterwheel created by the velocity (V) of the water, ρ isthe density of the water, Q is the volumetric discharge of the water, and β is the relative angle ofthe turbine blades to the water flow. This waterwheel will spin, thus wrapping up a string that isconnected to the weight via a pulley. Thus the weight, distance, and time can be measured, andthe power output can be calculated using Equation 3 and