Pregunta: Determines the parameters required for the Norton equivalent circuit for the following diagram. Is =9 A;R1=15Ω;R2=10Ω;R3=15ΩΩΩINN= One possible correct answer is: 9 A RN= One possible correct answer is: 6Ohm NOTE: If necessary, round to the hundredth. Include the corresponding units.Determines the parameters required for the Norton equivalent circuit for

Determines the parameters required for the Norton equivalent circuit for the following diagram. $\begin{array}{l}\text{ Is }=9\mathrm{A};\mathrm{R}1=15\Omega ;\mathrm{R}2=10\Omega ;\mathrm{R}3=15\Omega \Omega \Omega \\ {\mathrm{IN}}_{\mathrm{N}}=\end{array}$ One possible correct answer is: $9\mathrm{A}$ ${\mathrm{R}}_{\mathrm{N}}=$ One possible correct answer is: $6\mathrm{Ohm}$ NOTE: If necessary, round to the hundredth. Include the corresponding units. Determines the parameters required for the Norton equivalent circuit for the following diagram. $\begin{array}{l}\text{ Is }=3\mathrm{A};\mathrm{R}1=5\Omega ;R2=30\Omega ;R3=25\Omega ;R4=30\Omega \Omega \Omega \Omega \\ {\mathrm{I}}_{\mathrm{N}}=\end{array}$ ${\mathrm{R}}_{\mathrm{N}}=$ NOTE: If necessary, round to the hundredth. Include the corresponding units. Determines the parameters required for the equivalent Thevenin circuit corresponding to the following diagram. $\begin{array}{l}\mathrm{Vs}=20\mathrm{V};\mathrm{R}1=15\Omega ;\mathrm{R}2=30\Omega ;\mathrm{R}3=15\Omega \Omega \Omega \\ {\mathrm{V}}_T=\end{array}$ ${\mathrm{R}}_{\mathrm{T}}=$ NOTE: If necessary, round to the hundredth. Include the corresponding units.