Using initial values for$\_$w$=1$ rad$/$s$,$ the resistors values of $1$ Ohm, in $10$ consecutive paragraph, clearly numbered from $1$ to $10,$ please calculate the following $10$ quantities. For each result, please circle your answers including proper units.

$$please provide the initial value for C$11$ in F up to $3$ decimal digits.

$$Please provide the initial value for C$12$ in F up to $3$ decimal digits

$$Frequency scaling factor k up to $2$ decimal digits.

$$In the final design you will use resistor values of $1$k$.$ Provide value for the magnitude scaling factor km$.$

$$For stage $2$ of this $4$th order filter, provide initial value for the capacitor C$21$ in F$,$ use $3$ decimal digits.

$$In stage $2$ of the $4$th order filter, please provide initial value for the capacitor C$22$ in F$,$ use $3$ decimal digits.

$$After scaling the frequency to the desired value and using final resistors of $1$ kQ$,$ please provide final value for the capacitor C$11$p of stage $1$ of the $4$th order filter, in F$,$ use $2$ decimal digits.

$$After scaling the frequency to the desired value and using final resistors of $1$ k$,$ please provide final value for the capacitor C$12$p of stage $1$ of the $4$th order filter, in F$,$ use $2$ decimal digits.

$$After scaling the frequency to the desired value and using final resistors of $1$ kQ$,$ please provide final value for the capacitor C$21$p of stage $2$ of the $4$th order filter, in F$,$ use $1$ decimal digit.

$$After scaling the frequency to the desired value and using final resistors of $1$ k$,$ please provide final value for the capacitor C$22$p of stage $2$ of the $4$th order filter, in F$,$ use $1$ decimal