Help please

The schematic of a single$-$stage PNP BJT amplifier is shown in Figure $432.$ The purpose of this amplifier is to process low frequency, upper mid$-$band signals from the transducer $(V_s$ and $R_s)$ to the load resistor $R_L.$ The collector resistor $R_c$ is a $2\mathrm{.}5K$ trim pot with its center tap connected to the bypass capacitor $C_c.$ Model parameters for $Q_1$ are given below.

${}_F=100$

$V_{BE}=0\mathrm{.}66V$

$V_A=$

${}_F=1$

$I_{\text{C}\text{B}\text{O}}=0\mathrm{.}0A$

$V_t=26mV$

$($a$)$ Calculate the value for the dc collector current Ice.

$($b$)$ Calculate the range of the magnitude of small$-$signal, mid$-$band transducer voltage gain $|A_{vs}|$ resulting from the minimum and maximum values for $R_{Cl}.$ That is$,$ calculate the range for $|A_{vs}|$ determined by

$|A_{vs}(min)||A_{vs}||A_{vs}(max)|$

$($c$)$ Calculate values for $R_{Cl}$ and $R_{C2}$ to produce a magnitude of the transducer voltage gain of $7\mathrm{.}5\frac{V}{V}.$

As usual, the transducer voltage gain is

defined as

$]=[200|$