17. Use Ohm's Law to predict the total current being supplied by the power source. Assume that the power supply is set to a voltage of 5.000 V. Then, use the rules for current in series or parallel circuits (as appropriate) to predict the current through resistor R3, and enter that value in the table below. Isource= 18. Use Ohm's Law to predict the voltage across resistor Rs. Then, use the rules for voltage in series and parallel circuits (as appropriate) to predict the voltages across resistors R1 and R Write all of these predictions into the table below.
17. Use Ohm's Law to predict the total current being supplied by the power source. Assume that the power supply is set to a voltage of 5.000 V. Then, use the rules for current in series or parallel circuits (as appropriate) to predict the current through resistor R3, and enter that value in the table below. Isource= 18. Use Ohm's Law to predict the voltage across resistor Rs. Then, use the rules for voltage in series and parallel circuits (as appropriate) to predict the voltages across resistors R1 and R Write all of these predictions into the table below.
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![Part 5: A Combination Circuit
The previous lab occupant left a diagram of one final circuit that involves both series and parallel
connections - but they did not write down any measurements. Use the questions and table below
to predict what the resulting values for this circuit would be.
Reminder: Be sure to show your calculations at every step!
V
R₂
www
[*]
R₂
Figure 5
16. Use the rules for series and parallel resistors (as appropriate) to find:
a. the equivalent resistance of resistors R₁ and R₂:
R12=
b. the equivalent resistance of the whole circuit:
Req=
2
Ω](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F1b289aac-ebf1-442b-a146-e02736152c7d%2Fda775248-b3eb-40b0-b5df-6b0594cc8476%2Fqgqamja_processed.jpeg&w=3840&q=75)
Transcribed Image Text:Part 5: A Combination Circuit
The previous lab occupant left a diagram of one final circuit that involves both series and parallel
connections - but they did not write down any measurements. Use the questions and table below
to predict what the resulting values for this circuit would be.
Reminder: Be sure to show your calculations at every step!
V
R₂
www
[*]
R₂
Figure 5
16. Use the rules for series and parallel resistors (as appropriate) to find:
a. the equivalent resistance of resistors R₁ and R₂:
R12=
b. the equivalent resistance of the whole circuit:
Req=
2
Ω
Transcribed Image Text:17. Use Ohm's Law to predict the total current being supplied by the power source. Assume
that the power supply is set to a voltage of 5.000 V. Then, use the rules for current in
series or parallel circuits (as appropriate) to predict the current through resistor R3, and enter
that value in the table below.
Isource=
18. Use Ohm's Law to predict the voltage across resistor Rs. Then, use the rules for voltage in
series and parallel circuits (as appropriate) to predict the voltages across resistors R1 and R
Write all of these predictions into the table below.
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