OPAMP as an Integrator

OPAMP as a Differentiator

OPAMP as an Amplifier

None of the above

\(z_{11}=\dfrac{-6}{11}\ \Omega;\ z_{21}=\dfrac{16}{11}\ \Omega\)

\(z_{11}=\dfrac{6}{11}\ \Omega;\ z_{21}=\dfrac{4}{11}\ \Omega\)

\(z_{11}=\dfrac{6}{11}\ \Omega;\ z_{21}=\dfrac{-16}{11}\ \Omega\)

\(z_{11}=\dfrac{4}{11}\ \Omega;\ z_{21}=\dfrac{4}{11}\ \Omega\)

\(\dfrac{1}{15}\) A

\(\dfrac{2}{15}\) A

\(\dfrac{4}{15}\) A

\(\dfrac{8}{15}\) A