(Solved): 7. Using Figure 6 - Doint for the circuit in Figure 5. Assume dc=200. 8. Using Figure 6, D ...

7. Using Figure 6 - Doint for the circuit in Figure 5. Assume ${?}_{dc}=200$. 8. Using Figure 6, Determine the total input resistance. It was previously found to be $3.80\mathrm{mA}$. 9. What is the 6 , Determine the signal voltage at the base of the transistor. 10. Calculate circuit configuration in Fig. 6 . if there is the base-to-collector voltage gain of the amplifier in Figure 7 without an emitter bypass capacitor 11. Caleulate the bad resistor. Assume $r_e^{?}=6.6?$. there is the base-to-collector voltage gain of the amplifier in Figure 7 with an emitter bypass capacitor if 12. Calculate is no load resistor. Assume $r_n^{?}=6.6?$. Calculate the base-to-collector voltage gain of the amplifier in Figure 7 when a load resistance of $5.0\mathrm{K}?$ is