In the circuit of Fig. P2.26, assume that the BJT has F 5 150 and R 5 4, and assume that when either junction is fully forward biased, it drops 0.7 V regardless of the BJT’s operating mode. Also, read...

In the circuit of Fig. P2.26, assume that the BJT has F 5 150 and R 5 4, and assume that when either junction is fully forward biased, it drops 0.7 V regardless of the BJT’s operating mode. Also, read the hint of Problem 2.24. If RC 5 1 kV, RE 5 2 kV, and RB 5 3 kV, identify the BJT’s operating mode, and estimate its terminal voltages and currents (magnitudes and directions!) if: (a) VEE 5 12 V, VBB 5 6 V, and VCC 5 0 (ground). (b) VCC 5 10 V, VBB 5 5 V, and VEE 5 0. (c) VEE 5 6 V, and VBB 5 VCC 5 0.