y(t) = V * [ 1 - e^(-R * C * t) ]
to
y(t) = V * e^[-R * C * (t-T) ]
since the weight of the plant is cumulative, it's interesting to think about the integral of these functions as they hold up the plant.
y(t) = V * [ 1 - e^(-R * C * t) ]
to
y(t) = V * e^[-R * C * (t-T) ]
since the weight of the plant is cumulative, it's interesting to think about the integral of these functions as they hold up the plant.