Question An industrial process requires water to flow through its system as part of the cooling cycle.

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An industrial process requires water to flow through its system as part of the cooling cycle. Water flows continuously through the system for a certain period of time. The relationship between the time (t) from when the water starts flowing and the rate () at which the water is flowing through the system is given by the equation: r= -0,2r² +10t where is measured in seconds. 10.1 10.2 After how long will the water be flowing at the maximum rate? After how many seconds does the water stop flowing? An industrial process requires water to flow through its system as part of the cooling cycle. Water flows continuously through the system for a certain period of time. The relationship between the time (t) from when the water starts flowing and the rate () at which the water is flowing through the system is given by the equation: r= -0,2r² +10t where is measured in seconds. 10.1 10.2 After how long will the water be flowing at the maximum rate? After how many seconds does the water stop flowing?