A composition analyzer is used to measure the concentration of a pollutant in a wastewater stream. The relationship betw
Posted: Mon May 16, 2022 1:32 pm
need step by step and proper hand written solution
A composition analyzer is used to measure the concentration of a pollutant in a wastewater stream. The relationship between the measured composition Cm and the actual composition is given by the following transfer function (in deviation variable form): Cm(s) C'(s) e-os A TS + 1 where 0 = 2 min and t= 4 min. The nominal value of the pollutant is C = 5 ppm. A warning light on the analyser turns on whenever the measured concentration exceeds 25 ppm. Suppose that at time t = 0, the actual concentration begins to drift higher, C(t) = 5 + 2t, where has units of ppm and t has units of minutes. At what time will the warning light tum on?
A composition analyzer is used to measure the concentration of a pollutant in a wastewater stream. The relationship between the measured composition Cm and the actual composition is given by the following transfer function (in deviation variable form): Cm(s) C'(s) e-os A TS + 1 where 0 = 2 min and t= 4 min. The nominal value of the pollutant is C = 5 ppm. A warning light on the analyser turns on whenever the measured concentration exceeds 25 ppm. Suppose that at time t = 0, the actual concentration begins to drift higher, C(t) = 5 + 2t, where has units of ppm and t has units of minutes. At what time will the warning light tum on?