For the circuit below, let ( V_{1}=6 mathrm{~V}, V_{2}=3 mathrm{~V}, V_{3}=0.7 mathrm{~V}, I_{1}=100 I_{R 1} ) where ( I_{R 1} ) is the current flowing through ( R_{1} ) from ( V_{2} ) to ( V_{3}, R_{1}=230 mathrm{k} Omega ), and ( R_{2}=1 mathrm{k} Omega ). Find the value of ( V_{ text {out }} ).

Question

For the circuit below, let  ( V_{1}=6  mathrm{~V}, V_{2}=3  mathrm{~V}, V_{3}=0.7  mathrm{~V}, I_{1}=100 I_{R 1}  ) where  ( I_{R 1}  ) is the current flowing through  ( R_{1}  ) from  ( V_{2}  ) to  ( V_{3}, R_{1}=230  mathrm{k}  Omega  ), and  ( R_{2}=1  mathrm{k}  Omega  ). Find the value of  ( V_{ text {out }}  ).

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Expert Answer to -  For the circuit below, let  ( V_{1}=6  mathrm{~V}, V_{2}=3  mathrm{~V}, V_{3}=0.7  mathrm{~V}, I_{1

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Solution for -  For the circuit below, let  ( V_{1}=6  mathrm{~V}, V_{2}=3  mathrm{~V}, V_{3}=0.7  mathrm{~V}, I_{1

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This an additional answer to -  For the circuit below, let  ( V_{1}=6  mathrm{~V}, V_{2}=3  mathrm{~V}, V_{3}=0.7  mathrm{~V}, I_{1

(Solved): For the circuit below, let \( V_{1}=6 \mathrm{~V}, V_{2}=3 \mathrm{~V}, V_{3}=0.7 \mathrm{~V}, I_{1 ...

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