Consider the admittance function, Y(s)=((2s2+16s+30))/(s2+6s+8). Determine the value of R∞ after performing the second form of Foster method.

Consider the admittance function, Y(s)=((2s2+16s+30))/(s2+6s+8). Dete

1.	Consider the admittance function, Y(s)=((2s2+16s+30))/(s2+6s+8). Determine the value of R∞ after performing the second form of Foster method.
A.	3
B.	1
C.	2
D.	4
Answer» D. 4

Consider the admittance function, Y(s)=((2s2+16s+30))/(s2+6s+8). Determine the value of R∞ after performing the second form of Foster method.
Consider the admittance function, Y(s)=((2s2+16s+30))/(s2+6s+8). Determine the value of L2 after performing the second form of Foster method.
Consider the admittance function, Y(s)=((2s2+16s+30))/(s2+6s+8). Determine the value of R2 after performing the second form of Foster method.
Consider the admittance function, Y(s)=((2s2+16s+30))/(s2+6s+8). Determine the value of R1 after performing the second form of Foster method.
Consider the admittance function, Y(s)=((2s2+16s+30))/(s2+6s+8). Determine the value of L1 after performing the second form of Foster method.
Consider a function Z(s)=5(s+1)(s+4)/(s+3)(s+5). Find the value of L2 after performing the first form of Foster method.
Consider a function Z(s)=5(s+1)(s+4)/(s+3)(s+5). Find the value of R2 after performing the first form of Foster method.
Consider a function Z(s)=5(s+1)(s+4)/(s+3)(s+5). Find the value of L1 after performing the first form of Foster method.
Consider a function Z(s)=5(s+1)(s+4)/(s+3)(s+5). Find the value of R1.
Consider a function Z(s)=5(s+1)(s+4)/(s+3)(s+5). Find the value of R1 after performing the first form of Foster method.