(b) Assuming the op-amp is ideal, refer to the circuit in Figure 5.2 to answer the questions below. 2 k2 8 k2 5 k2 Vb 3 V 4 k2 10 kN Fig 5.2: Circuit for question 6b (i) Determine the value of i, i.e. the current enters the inverting input of the op-amp. (ii) Determine the value of vp. (i) Determine the value of current passing through 2 kN. (iv) Determine the value of vo. (v) Determine the value of io.

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(b) Assuming the op-amp is ideal, refer to the circuit in Figure 5.2 to answer the questions below.
2 k2
8 k2
5 k2
Vb
3 V
4 k2
10 k2
Fig 5.2: Circuit for question 6b
(i) Determine the value of ig, i.e. the current enters the inverting input of the op-amp.
(ii) Determine the value of vp.
(iii) Determine the value of current passing through 2 kN.
(iv) Determine the value of vo-
(v) Determine the value of io.
Transcribed Image Text:(b) Assuming the op-amp is ideal, refer to the circuit in Figure 5.2 to answer the questions below. 2 k2 8 k2 5 k2 Vb 3 V 4 k2 10 k2 Fig 5.2: Circuit for question 6b (i) Determine the value of ig, i.e. the current enters the inverting input of the op-amp. (ii) Determine the value of vp. (iii) Determine the value of current passing through 2 kN. (iv) Determine the value of vo- (v) Determine the value of io.
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