SOLVED: Consider a 50 x 106 m3 lake fed by a polluted stream with a flow rate of 75 m3 /s and a pollutant concentration of 25.5 mg/L. There is also a sewage outfall that discharges 3.0 m3 /s of wastewater with a pollutant concentration of 125 mg/L. Stream and sewage wastes have a reaction rate coefficient of 5% per day. Find the steady

您所在的位置：网站首页 › the three wastes › SOLVED: Consider a 50 x 106 m3 lake fed by a polluted stream with a flow rate of 75 m3 /s and a pollutant concentration of 25.5 mg/L. There is also a sewage outfall that discharges 3.0 m3 /s of wastewater with a pollutant concentration of 125 mg/L. Stream and sewage wastes have a reaction rate coefficient of 5% per day. Find the steady

SOLVED: Consider a 50 x 106 m3 lake fed by a polluted stream with a flow rate of 75 m3 /s and a pollutant concentration of 25.5 mg/L. There is also a sewage outfall that discharges 3.0 m3 /s of wastewater with a pollutant concentration of 125 mg/L. Stream and sewage wastes have a reaction rate coefficient of 5% per day. Find the steady

#SOLVED: Consider a 50 x 106 m3 lake fed by a polluted stream with a flow rate of 75 m3 /s and a pollutant concentration of 25.5 mg/L. There is also a sewage outfall that discharges 3.0 m3 /s of wastewater with a pollutant concentration of 125 mg/L. Stream and sewage wastes have a reaction rate coefficient of 5% per day. Find the steady| 来源: 网络整理| 查看: 265

Transcript

There is a differential equation. It was Dc upon DTs of -0.06. The Sea of zero is 10 to the part of seven parts, but we did a cute trick. According to the method, we will see ci plus one and ci yes. The method is called a you loser method because the edge is the step size and I can be either number one or two. Our keynote gave us zero, our T one was 3.5 and our T two was seven. The first generation will have T one equals 2. I think that is Mhm. Do you know what's happening? D. D. It has a 3.5…

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