Please add picture with explanationImage text transcribed for accessibility: The transfer function of the Sallen and Key circuit below is (s) = , where omegao and Q can be deduced from the circuit parameters. Assume R1 = R2 = R and C1 = C2 = C, for simplicity. Find omegao and Q in terms of R and C. Compute the gain of the transfer function at s = 0 (dc) and at s = infinity. Determine the value of the "corner frequency" omegac, where the gain is attenuated by 3 dB (or 1/ ) from its maximum value. Develop a final design for this circuit, using the following steps: Determine the value of the frequency scale factor Kf required to achieve omega = 2500pi rad/s. The final values of the capacitors are to be 10 nF. Compute the proper value of the magnitude scaling factor Km needed to preserve the previously stated omegac. Compute the final values of the resistors, R1,final and R2,final required for consistency with the frequency and magnitude scalings given above in (i) and (ii).