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Using the voltage divider rule, determine the voltages V1, V2 and V3 for the series circuit of Figure 2.10. Vs= 12V R: = 1200 R: = 4.7kn R:= 1.5kn Figure 2.10

Using the voltage divider rule, determine the voltages V1, V2 and V3 for the series circuit of Figure 2.10. Vs= 12V R: = 1200 R: = 4.7kn R:= 1.5kn Figure 2.10

Electricity for Refrigeration, Heating, and Air Conditioning (MindTap Course List)
Electricity for Refrigeration, Heating, and Air Conditioning (MindTap Course List)
10th Edition
ISBN:9781337399128
Author:Russell E. Smith
Publisher:Russell E. Smith
Chapter16: Installation Of Heating, Cooling, And Refrigeration Systems
Section: Chapter Questions
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5. Using the voltage divider rule, determine the voltages V1, V2 and V3 for the series circuit of Figure 2.10. V= 12V R: = 1200 R:= 4.7kn R= 1.5kn Figure 2.10
Transcribed Image Text:5. Using the voltage divider rule, determine the voltages V1, V2 and V3 for the series circuit of Figure 2.10. V= 12V R: = 1200 R:= 4.7kn R= 1.5kn Figure 2.10
1. Using KVL and/or KCL, determine the unknown current and voltage for each resistor for the circuit given in Figure 2.7. Verify that the total voltage is equal to the supply voltage. V = 12V R- 120n R:- 4.7kn R= 1.5kn Figure 2.7 2. Using KVL and/or KCL, determine the unknown current and voltage for each resistor for the circuit given in Figure 2.8. V= 10V R: = 3.3kn R;= 22kn R = 1.5kn Figure 2.8 3. Using KVL and/or KCL, determine the unknown current and voltage for each resistor for the circuit given in Figure 2.9 (2). RI V- 15V R: = 1200 R: = 4.7kn R = 1.5kn R= 4.7kn Figure 2.9 4. Determine the equivalent resistance seen from the voltage supply for the circuits given in Step 1, Step 2 and Step 3.
Transcribed Image Text:1. Using KVL and/or KCL, determine the unknown current and voltage for each resistor for the circuit given in Figure 2.7. Verify that the total voltage is equal to the supply voltage. V = 12V R- 120n R:- 4.7kn R= 1.5kn Figure 2.7 2. Using KVL and/or KCL, determine the unknown current and voltage for each resistor for the circuit given in Figure 2.8. V= 10V R: = 3.3kn R;= 22kn R = 1.5kn Figure 2.8 3. Using KVL and/or KCL, determine the unknown current and voltage for each resistor for the circuit given in Figure 2.9 (2). RI V- 15V R: = 1200 R: = 4.7kn R = 1.5kn R= 4.7kn Figure 2.9 4. Determine the equivalent resistance seen from the voltage supply for the circuits given in Step 1, Step 2 and Step 3.
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