Question

Calculate the output voltage $v_o$ and the output current of the operational amplifier $i_o$ in the given circuit. Assume that all operational amplifiers are ideal. In your analysis, use the last digit of your Student ID instead of y. If the last digit of your student number is 0, take y as 10. A value given as 2y in the question would be equal to 2 \times y. Show your work. Indicate the current directions and voltage polarities on the circuit. Otherwise, you won't get any credit. $v_e$=0.1y V 10y (k$\Omega$) 2y (k$\Omega$) 40y (k$\Omega$) y (k$\Omega$) 2y (k$\Omega$) $i_o$ $v_o$ 2y (k$\Omega$)

          Calculate the output voltage $v_o$ and the output current of the operational amplifier $i_o$ in the
given circuit. Assume that all operational amplifiers are ideal.
In your analysis, use the last digit of your Student ID instead of y. If the last digit of your student
number is 0, take y as 10. A value given as 2y in the question would be equal to 2 \times y.
Show your work. Indicate the current directions and voltage polarities on the circuit.
Otherwise, you won't get any credit.
$v_e$=0.1y V
10y (k$\Omega$)
2y (k$\Omega$)
40y (k$\Omega$)
y (k$\Omega$)
2y (k$\Omega$)
$i_o$
$v_o$
2y (k$\Omega$)

Calculate the output voltage vo and the output current of the operational amplifier io in the
given circuit. Assume that all operational amplifiers are ideal.
In your analysis, use the last digit of your Student ID instead of y. If the last digit of your student
number is 0, take y as 10. A value given as 2y in the question would be equal to 2 ×y.
Show your work. Indicate the current directions and voltage polarities on the circuit.
Otherwise, you won't get any credit.
ve=0.1y V
10y (kΩ)
2y (kΩ)
40y (kΩ)
y (kΩ)
2y (kΩ)
io
vo
2y (kΩ)

Added by Keith U.

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