Question

The op amp in the circuit in Figure is ideal. Calculate vo if and vo if va = 1.5 V and vb = 0 V? 40 k? 5 k? 16 V 2 k? -16 V vo 10 k? a. -6 V b. -12 V c. 6 V d. 10 V e. 12 V

          The op amp in the circuit in Figure is ideal. Calculate vo if and vo if va = 1.5 V and vb = 0 V?
40 k?
5 k?
16 V
2 k?
-16 V
vo 10 k?
a. -6 V
b. -12 V
c. 6 V
d. 10 V
e. 12 V
        
The op amp in the circuit in Figure is ideal. Calculate vo if and vo if va = 1.5 V and vb = 0 V?
40 k?
5 k?
16 V
2 k?
-16 V
vo 10 k?
a. -6 V
b. -12 V
c. 6 V
d. 10 V
e. 12 V

Added by Maria A.

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University Physics with Modern Physics
University Physics with Modern Physics
Hugh D. Young 14th Edition
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The op amp in the circuit in Figure is ideal. Calculate vo if and vo if va = 1.5 V and vb = 0 V? a. -6 V b. -12 V c. 6 V d. 10 V e. 12 V
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Transcript

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00:01 In this question as we can see in this figure, this is our given diagram.
00:05 Now, for a given circuit, if vb equals to 0, then we can draw or say redraw this circuit as va, as va, which starts from here.
00:23 This is our resistor, which is connected with the again same.
00:34 Only bb becomes a zero.
00:36 So here it is directly connected.
00:39 Then again here we have a 40 kilo ome resistor and which is connected with another resistor which is at the end grounded.
00:58 Okay, so this is the rearranged diagram...
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