Q1. Assume that Op-Amp as shown above is ideal. Given that R1 is 0.29 Ohm, R2 is 1.7 Ohm, R3 is 2.03 Ohm, R4 is 2.125 Ohm. Calculate Vo, V2 & I3. ### Operational Amplifier Circuit Analysis#### Circuit DescriptionThe diagram above illustrates an ideal operational amplifier (Op-Amp) circuit with the following components:- **R1**: 0.29 Ohm- **R2**: 1.7 Ohm- **R3**: 2.03 Ohm- **R4**: 2.125 Ohm- **Voltage Source**: 12 VThe circuit is designed to calculate the output voltage (**Vo**), the voltage across **R2** (**V2**), and the current through **R3** (**I3**).#### Problem StatementAssume that the Op-Amp shown is ideal. Given the resistances of R1, R2, R3, and R4 as mentioned, calculate the following:1. **V2** (Volts) - Enter the value and submit the answer (up to 8 attempts allowed).2. **I3** (Amps) - Enter the value and submit the answer (up to 8 attempts allowed).3. **Vo** (Volts) - Enter the value and submit the answer (up to 8 attempts allowed).Use these input fields to test and verify your calculations. Make sure to consider the ideal Op-Amp assumptions in your analysis.### Instructions for Analysis- **Ideal Op-Amp Assumptions**: - Infinite open-loop gain - Infinite input impedance (no current into input terminals) - Zero output impedance- **Steps to Solve**: - Use Kirchhoff's laws and the properties of an ideal Op-Amp to derive the necessary equations. - Calculate each unknown value systematically based on the equations derived.This exercise will challenge your understanding of circuit theory and the functioning of operational amplifiers. Happy calculating!

Given: Brief description: In the above given question they have mentioned an operational amplifier circuit. They have given mentioned the operational amplifier is ideal , hence ideal properties of operational amplifiers are applicable in solution. The ideal operational amplifier characteristics are 1. Infinite Bandwidth 2. Infinite Input impedance 3. Infinite Voltage gain 4. Infinite common mode rejection ratio 5. Virtual short circuit concept. From the given value of input voltage and ideal properties of operational amplifier we have reached to the results of current and voltages.From the ideal property of the operational amplifier virtual short circuit concept is valid. According to virtual short circuit concept the voltage across the inverting and noninverting terminals are equals to each other. V+ = V- Here non inverting terminal of the operational amplifier is directly grounded that's V+ = 0 Volt V+ = 0 Volt . From the virtual short circuit concept V+ = V- V- = 0 Volt. Apply KCL at V2. I=I3+I4I4=I-I3=41.3793-(-34.652)=76.031 AFrom the circuit I4 =(V2 - Vo ) / R4 6.72709 = ( -70.344 - Vo ) / ( 2.125 ) 14.2950 = - 70.344 - Vo Vo = - 70.344 - 14.2950 Vo = - 84.639 Volt. Answers : Vo = - 84.639 Volt. V2 = - 70.344 Volt I3 = - 34.65221 Ampere.