Apply Thevenin’s theorem to find V? in the circuit of Fig. 4.105.
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Calculate the ultimate BOD of the river, assuming kL = 0.20 day–1.
The Ganges River, shown in Figure 4.66, has an annual average flow rate of 12,105 m3/s. The average temperature of the Ganges River was reported to be 24.6ºC. The Ganges has become contaminated with raw sewerage and industrial waste so that the dissolved oxygen in the river upstream of sewerage discharges is 4.6 mg/L. Suppose that the raw sewerage that is untreated flows into the Ganges at a rate of 460 m3/s, the temperature is 25ºC, and the dissolved oxygen in the sewerage stream is completely depleted (i.e. DO = 0). How would you develop a plan for improving water quality in the Ganges River?
Suppose the following data was collected to estimated the five-day BOD in the river and sewerage water:
What will be an ideal response?
The dry-bulb temperature is the ____.
A. same as the wet-bulb temperature B. total of the sensible and latent heat C. sensible heat level of the air D. sensible heat less the humidity
Describe the "Hourly Rate Pricing" method
What will be an ideal response?
When pronting with the Diazo printer the rotation over the cylinder distorts the actual image on the print paper.
Answer the following statement true (T) or false (F)