To design Voltage Divider circuit using the given resistor and verify Kirchhoff's voltage law theoretically, Set up the circuit have been shown figure 3.1 Equipments and Components: Multimeter...


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To design Voltage Divider circuit using the given resistor and verify Kirchhoff's voltage law<br>theoretically, Set up the circuit have been shown figure 3.1<br>Equipments and Components:<br>Multimeter<br>Resistors<br>Variable voltage generator<br>Prelab Studies :<br>O P3<br>B1: 6 Volt Dc<br>R4<br>R1: 470 ohm<br>R2:<br>1k ohm<br>FO P2<br>R3: 1.2k ohm<br>R3<br>R4: 2.2 k ohm<br>B1<br>O P1<br>R2<br>R1<br>O PO<br>Figure 3.1<br>Calculate the voltage values that defined points PO, P1, P2, P3 at figure 3.1<br>Calculate the Vr1, Vr2, Vr3, Vr4<br>

Extracted text: To design Voltage Divider circuit using the given resistor and verify Kirchhoff's voltage law theoretically, Set up the circuit have been shown figure 3.1 Equipments and Components: Multimeter Resistors Variable voltage generator Prelab Studies : O P3 B1: 6 Volt Dc R4 R1: 470 ohm R2: 1k ohm FO P2 R3: 1.2k ohm R3 R4: 2.2 k ohm B1 O P1 R2 R1 O PO Figure 3.1 Calculate the voltage values that defined points PO, P1, P2, P3 at figure 3.1 Calculate the Vr1, Vr2, Vr3, Vr4

Jun 11, 2022
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