Series and parallel circuit question

AI Thread Summary
In a series circuit, the resistor with the lowest resistance will have the greatest current passing through it, while the one with the highest resistance will have the greatest potential difference across it. In a parallel circuit, each resistor experiences the same potential difference, but the resistor with the lowest resistance will carry the greatest current. The discussion emphasizes that lower resistance allows for greater current flow, while higher resistance results in a larger voltage drop. Ohm's Law is highlighted as a key principle that explains the relationship between current, voltage, and resistance. Understanding these concepts is essential for solving circuit problems effectively.
NeomiXD
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SERIES CIRCUIT QUESTION

Given:

R1 = 24 Ω
R2 = 8 Ω
R3 = 60 Ω

Homework Question:

a) Which resistor would have the greatest current passing through it? Explain.
b) Which resistor would have the greatest potential difference across it? Explain.


PARALLEL CIRCUIT QUESTION

given:

R1 = 40 Ω
R2 = 20 Ω
R3 = 60 Ω

Homework Question:

a) Which resistor would have the greatest potential difference across it? Explain.
b) Which resistor would have the greatest current passing through it? Explain.


My Question (s):

Current is the rate at which charge is carried around the circuit and resistance slows down the flow of electricity. If the value of R is a smaller value then any of the other present values of R, does that mean, that resistor provides less resistance? If the value of R is a greater value compared to other R vale present does that mean, that resistor provides a greater resistance?

How is potential difference related to resistance?
 
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NeomiXD said:
How is potential difference related to resistance?

Look up Ohm's Law. It should address all your questions.
 

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