5. In the following circuit, V1 V Rx RY A) Determine the power dissipated in Ry as a function of Ry, Rx, and V1. B) Using Rx→100 and V1→ 10, construct a graph of power dissipated as a function of Ry from 0 to 1000. C) Using general variables, determine Ry in terms of Rx, and V1 that maximizes the power dissipated in Ry.
5. In the following circuit, V1 V Rx RY A) Determine the power dissipated in Ry as a function of Ry, Rx, and V1. B) Using Rx→100 and V1→ 10, construct a graph of power dissipated as a function of Ry from 0 to 1000. C) Using general variables, determine Ry in terms of Rx, and V1 that maximizes the power dissipated in Ry.
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
Transcribed Image Text:5. In the following circuit,
+
V1
V
Rx
RY
A) Determine the power dissipated in Ry as a function of Ry, Rx, and V1.
B) Using Rx-100 and V1→ 10, construct a graph of power dissipated as a function of Ry from 0 to 1000.
C) Using general variables, determine Ry in terms of Rx, and V1 that maximizes the power dissipated in Ry.
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