3.1 atmospheric steady state a power plant emits a pollutant x to the atmosphere at a constant rate e (kg s? ) starting at time t = 0. x is removed from the atmosphere by chemical reaction with a first-order rate constant k (s). 1. let m be the mass of x in the atmosphere resulting from the power plant emissions. write an equation for m(t). plot your results. what is the steady-state value m? 2. show that the atmospheric lifetime of x is t =1/k. what is the ratio m(t)/m, at time t = t? at time t = 3t?
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Geography, 24.06.2019 05:00, cornpops4037
C. how would an erratic boulder provide evidence of the flood? type your response here: i
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Geography, 24.06.2019 18:30, Prettygirlbuggy
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3.1 atmospheric steady state a power plant emits a pollutant x to the atmosphere at a constant rate...
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