Problem $08\mathrm{.}019-$ The Th$$venin equivalent network $-$ DEPENDENT MULTI$-$PART PROBLEM $-$ ASSIGN ALL THE PARTS

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Consider the following circuit. Assume R$1=20$ k$,$ R$2=4\mathrm{.}5$ k$,$ Vcc $=10$ V$,$ and Vdd $=15$ V$.$

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NOTE: This is a multi$-$part question. Once an answer is submitted, you will be unable to return to this part.

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The elements present in the circuit are two voltage sources labeled V subscript d d$,$ V subscript c c$,$ two resistors labeled R subscript $1$ and R subscript $1,$ a diode labeled D$,$ and ground. The positive terminal of V subscript c c is connected to the one end of R subscript $1.$ The other end of R subscript $1$ is connected to the one end of R subscript $2$ and the anode of the diode. The other end of R subscript $2$ is connected to the negative terminal of V subscript d d$.$ The positive terminal of V subscript d d$,$ negative terminal of V subscript c c$,$ and the anode of the diode are connected to the ground. A current labeled i subscript D flows toward the anode of the diode, i subscript $1$ flows from the positive terminal of V subscript c c toward R subscript $1,$ and i subscript $2$ flows from the negative terminal of V subscript d d toward R subscript $2.$

Problem $08\mathrm{.}019.$b $-$ Currents through resistances

Determine the current through both the resistances in the given circuit.

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The current in the two resistances is I $=3\mathrm{.}833$ Numeric ResponseEdit Unavailable. $3\mathrm{.}833$ incorrect.mA$.$