0 0 votes The output $y(t)$ of a first-order process is governed by the following differential equation \[ \tau_{p} \frac{d y}{d t}+y=K_{p} f(t) \] where $\tau_{p}$ is a non-zero time constant, $K_{p}$ is the gain and $f(t)$ is the input with $f(0)=0$. Assume $y(0)=0$. The transfer function for this process is (consider $s$ as the independent variable in the Laplace domain) $\frac{K_{p}}{\tau_{p} s+1}$ $\frac{\tau_{p}}{K_{p} s+1}$ $\frac{\tau_{p}}{K_{p}(s+1)}$ $\frac{K_{p}}{\tau_{p}(s+1)}$ Instrumentation and Process Control gatebt-2025 bioreaction-engineering differential-equations instrumentation-and-process-control + – Shubham Sharma 2 1.4k points answer comment Share Follow 0 reply Please log in or register to add a comment.