Q.1.
Consider the impedance function Z(s)=3(s+2)(s+4)/(s+1)(s+3). Find the value of R1 after realizing by first Foster method.

Explanation

Q.2.
Consider the impedance function Z(s)=3(s+2)(s+4)/(s+1)(s+3). Find the value of C1 after realizing by first Foster method.

Explanation

Q.3.
Consider the impedance function Z(s)=3(s+2)(s+4)/(s+1)(s+3). Find the value of C2 after realizing by first Foster method.

Explanation

Q.4.
Consider the impedance function Z(s)=3(s+2)(s+4)/(s+1)(s+3). Find the value of R2 after realizing by first Foster method.

Explanation

Q.5.
Consider the impedance function Z(s)=3(s+2)(s+4)/(s+1)(s+3). Find the value of R∞ after realizing by first Foster method.

Explanation

Q.6.
Consider the impedance function Y(s)=(s2+4s+3)/(3s2+18s+24). Find the value of R0 after realizing by second Foster method.

Explanation

Q.7.
Consider the impedance function Y(s)=(s2+4s+3)/(3s2+18s+24). Find the value of R1 after realizing by second Foster method.

Explanation

Q.8.
Consider the impedance function Y(s)=(s2+4s+3)/(3s2+18s+24). Find the value of C1 after realizing by second Foster method.

Explanation

Q.9.
Consider the impedance function Y(s)=(s2+4s+3)/(3s2+18s+24). Find the value of R2 after realizing by second Foster method.

Explanation

Q.10.
Consider the impedance function Y(s)=(s2+4s+3)/(3s2+18s+24). Find the value of C2 after realizing by second Foster method.

Explanation