2. For the voltage feedback network of Fig. 4.130, determine: a. Ic 9 30 V b. Vc C. VE d. VCE 330 k 220 k www 10μF 카 V, 0 SUP 1,8 ΚΩ 8.2 k 10μF H le + VCE Vc A=180 5 μF

This is a practice problem from my Introduction to Electronics course. Could you please walk me through the process for solving this (Using Thevenin)? Thank you for your assistance.

Q5. Determine if the following circuit is in saturation. Assume VCE(sat) = 0.2 V. VBB 4 V RB www 4.7 ΚΩ Rc D 470 Ω 8 V +1 Vcc 24 V

32. An op-amp amplifier circuit is shown in the Figure below. If the input voltage Vin = 0.3 V, the output voltage Vout is (c) -4.5 V (а) 2.8 V (b) 4.5 V R, =15KN I s +Vcc R, -1ΚΩ A 741 I Vin V. + V. out - Vcc 33. Increasing the speed at which a magnet moves through a coil of wire causes the induced voltage to (a) increase (b) decrease (c) remain the same 34. Four 10 mH inductors are in series. The total inductance is (a) 40,000 µH (b) 40 mH (с) 30 H (d) none of above

do in two hours and only do it if you only know please and thank you