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  • Mathematics
  • Electronics

Parallel Circuits (R)



What is the ohmmeter reading?



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Determine the value of I.



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What will happen in the circuit if switch S1 will be closed?



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Determine value of R.



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What is the ohmmeter reading for the following conditions?
a. S1 open, S2 open, S3 open
b. S1 open, S2 closed, S3 closed
c. S1 closed, S2 open, S3 closed
d. S1 and S2 closed, S3 open
e. S1, S2 and S3 are closed



Parallel Circuits R Ex 15



For the given network determine all currents.



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For the given network determine value of R.



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Streets lights are connected in parallel.
a. What is the current through each bulb?
b. Why is it better to have them connected in parallel?



Parallel Circuits R Ex 21



Determine the values of the unspecified labeled quantities.



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Determine the values of the unspecified labeled quantities.



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Determine the values of the unspecified labeled quantities. If one bulb burns out (that is, the filament opens up), what is the effect on the rest of the circuit?



Parallel Circuits R Ex 35



Determine the values of the unspecified labeled quantities.



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Using Kirchhoff’s current law, determine the unknown currents.



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Find the unknown quantities for the given network using the information provided.



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Determine the unknown currents without Ohm’s law.



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Determine the unknown currents by using current divider rule.



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Determine the unknown quantities.



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Determine the magnitude and the direction of IL.



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Determine the unknown quantities using the information provided.



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a. Determine the unknown quantities using the information provided.
b. Determine the reading of the ammeter if 20kΩ resistor is shorted.
c. Determine the reading of the voltmeter if R2 is open.



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a. Determine the unknown quantities using the information provided.
b. Determine the reading of the ammeter if 1.1kΩ resistor is shorted.
c. Determine the reading of the voltmeter if R2 is open.



Parallel Circuits R Ex 63



Determine the unknown quantities using the information provided.



Parallel Circuits R Ex 64



Based on the given information, determine whether the circuit is operating correctly. If not, find what is wrong.



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