Fig. 1. Simple electric current Part 4. Investigating series connections of resistors 1. Draw a circuit with two LBS connected in series to one battery (start from Fig.1). Using the circuit from Fig.1 as a reference, answer the following: a) How will the potential difference change on each resistor? b) How will the electric current change in the circuit? c) What will the current through each resistor be? d) How did the total resistance of the circuit change? Did it increase or decrease?_ What is the power developed by the circuit?_ e) f) Construct a respective circuit using the sim and verify your predictions.
Fig. 1. Simple electric current Part 4. Investigating series connections of resistors 1. Draw a circuit with two LBS connected in series to one battery (start from Fig.1). Using the circuit from Fig.1 as a reference, answer the following: a) How will the potential difference change on each resistor? b) How will the electric current change in the circuit? c) What will the current through each resistor be? d) How did the total resistance of the circuit change? Did it increase or decrease?_ What is the power developed by the circuit?_ e) f) Construct a respective circuit using the sim and verify your predictions.
College Physics
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ISBN:9781305952300
Author:Raymond A. Serway, Chris Vuille
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Chapter1: Units, Trigonometry. And Vectors
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Problem 1CQ: Estimate the order of magnitude of the length, in meters, of each of the following; (a) a mouse, (b)...
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Transcribed Image Text:Fig. 1. Simple electric current
Part 4. Investigating series connections of resistors
1. Draw a circuit with two LBS connected in series to one battery (start from Fig.1).
Using the circuit from Fig.1 as a reference, answer the following:
a)
How will the potential difference change on each resistor?
b) How will the electric current change in the circuit?
c)
What will the current through each resistor be?
d) How did the total resistance of the circuit change? Did it increase or decrease?_
What is the power developed by the circuit?_
e)
f)
Construct a respective circuit using the sim and verify your predictions.
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