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b) For the circuits of the figure 2 calculate the voltage V, and find the power P, for each one of the resistor values i

Posted: Fri Jul 08, 2022 6:19 am
by answerhappygod
B For The Circuits Of The Figure 2 Calculate The Voltage V And Find The Power P For Each One Of The Resistor Values I 1
B For The Circuits Of The Figure 2 Calculate The Voltage V And Find The Power P For Each One Of The Resistor Values I 1 (61.92 KiB) Viewed 50 times
B For The Circuits Of The Figure 2 Calculate The Voltage V And Find The Power P For Each One Of The Resistor Values I 2
B For The Circuits Of The Figure 2 Calculate The Voltage V And Find The Power P For Each One Of The Resistor Values I 2 (41.62 KiB) Viewed 50 times
B For The Circuits Of The Figure 2 Calculate The Voltage V And Find The Power P For Each One Of The Resistor Values I 3
B For The Circuits Of The Figure 2 Calculate The Voltage V And Find The Power P For Each One Of The Resistor Values I 3 (19.35 KiB) Viewed 50 times
B For The Circuits Of The Figure 2 Calculate The Voltage V And Find The Power P For Each One Of The Resistor Values I 4
B For The Circuits Of The Figure 2 Calculate The Voltage V And Find The Power P For Each One Of The Resistor Values I 4 (18.38 KiB) Viewed 50 times
b) For the circuits of the figure 2 calculate the voltage V, and find the power P, for each one of the resistor values in the table below. Use increments of the potenciometer from 500 to the following values: 100 Q, 200 Q, 3000, 4000, 600 Q, 8000, 10000. Insert the values in Table 1. E+5V R₁=30022 ww Figure 2 0-1 ΚΩ RL VL
R₁ 002 50 Ω 100 Q2 200 Ω 300 Q 400 Q 600 Q 800 Ω 1000 Ω V₁ P V² R₂ (mW) 7
c) Plot the the power versus RL, What value of resistance R₂ results in maximum power to R₂? Justify your answer.
d) Validate the results of your calculation in part b using Multisim and insert the screenshot of simulaton results here.