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O Parallel paths increase the amount of resistance in the circuit, further limiting the current that can flow. O Each parallel connection adds a path for current to flow, increasing total current through the circuit. O Each parallel connection adds a path for current to flow, increasing the current through each path. O Parallel paths increase total current, which is the same as decreasing total resistance. O Each path will have a share of the total current until there is not enough left, so paths with the greatest resistance may not have any current th them at all. O Each parallel path will have a share of the total current through the circuit that is inversely proportional to that path's resistance, meaning the with least resistance will allow the most current and the path with greatest resistance will allow the least current. O Parallel paths always divide the current equally, reducing the total current through the circuit. O Parallel paths always divide the current proportionally, decreasing the total current through the circuit. 's resistance meaning the path with

O Parallel paths increase the amount of resistance in the circuit, further limiting the current that can flow. O Each parallel connection adds a path for current to flow, increasing total current through the circuit. O Each parallel connection adds a path for current to flow, increasing the current through each path. O Parallel paths increase total current, which is the same as decreasing total resistance. O Each path will have a share of the total current until there is not enough left, so paths with the greatest resistance may not have any current th them at all. O Each parallel path will have a share of the total current through the circuit that is inversely proportional to that path's resistance, meaning the with least resistance will allow the most current and the path with greatest resistance will allow the least current. O Parallel paths always divide the current equally, reducing the total current through the circuit. O Parallel paths always divide the current proportionally, decreasing the total current through the circuit. 's resistance meaning the path with

Introductory Circuit Analysis (13th Edition)
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
Section: Chapter Questions
Problem 1P: Visit your local library (at school or home) and describe the extent to which it provides literature...
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Select the three TRUE statements about voltage and resistors in series below.
of questions: PSB R1 R2 R3 5 V 1 kQ 2 kQ 10 kQ uit? esistors in the series? ch of the resistors in series? gh the circuit?
Transcribed Image Text:of questions: PSB R1 R2 R3 5 V 1 kQ 2 kQ 10 kQ uit? esistors in the series? ch of the resistors in series? gh the circuit?
Based on your observations in Part 2 (as well as previous labs), select the three TRUE statements about voltage and resistors in series below. O Parallel paths increase the amount of resistance in the circuit, further limiting the current that can flow. O Each parallel connection adds a path for current to flow, increasing total current through the circuit. O Each parallel connection adds a path for current to flow, increasing the current through each path. O Parallel paths increase total current, which is the same as decreasing total resistance. O Each path will have a share of the total current until there is not enough left, so paths with the greatest resistance may not have any current through them at all. O Each parallel path will have a share of the total current through the circuit that is inversely proportional to that path's resistance, meaning the path with least resistance will allow the most current and the path with greatest resistance will allow the least current. O Parallel paths always divide the current equally, reducing the total current through the circuit. O Parallel paths always divide the current proportionally, decreasing the total current through the circuit. O Each parallel path will have a share of the total current through the circuit that is proportional to that path's resistance, meaning the path with least resistance will allow the least current and the path with greatest resistance will allow the most current.
Transcribed Image Text:Based on your observations in Part 2 (as well as previous labs), select the three TRUE statements about voltage and resistors in series below. O Parallel paths increase the amount of resistance in the circuit, further limiting the current that can flow. O Each parallel connection adds a path for current to flow, increasing total current through the circuit. O Each parallel connection adds a path for current to flow, increasing the current through each path. O Parallel paths increase total current, which is the same as decreasing total resistance. O Each path will have a share of the total current until there is not enough left, so paths with the greatest resistance may not have any current through them at all. O Each parallel path will have a share of the total current through the circuit that is inversely proportional to that path's resistance, meaning the path with least resistance will allow the most current and the path with greatest resistance will allow the least current. O Parallel paths always divide the current equally, reducing the total current through the circuit. O Parallel paths always divide the current proportionally, decreasing the total current through the circuit. O Each parallel path will have a share of the total current through the circuit that is proportional to that path's resistance, meaning the path with least resistance will allow the least current and the path with greatest resistance will allow the most current.
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