c) Calculate a power dissipation across the bipolar junction transistor (BJT) in the circuit shown in Figure Q2c Assume that the BJT has a voltage drop (VBE) of 0.7 V between the base and the emitter. [12 marks] 110 ko R3 R1 | 10 ks BJT DC + V1 30 V R2 10 k12 R4 | 1 ks2 Figure Q2c: A circuit with the bipolar junction transistor (BJT) for a power

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c) Calculate a power dissipation across the bipolar junction transistor (BJT) in the circuit shown in Figure Q2c Assume that the BJT has a voltage drop (VBE) of 0.7 V between the base and the emitter. [12 marks] 110 ko R3 R1 | 10 ks BJT DC + V1 30 V R2 10 k12 R4 | 1 ks2 Figure Q2c: A circuit with the bipolar junction transistor (BJT) for a power dissipation calculation.

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