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Ob Oc n the following circuit junctions diagrammed below, which combination of current directions is not possible? The red arrows in each diagram represent the current directions. T ㅜ T O d.

Ob Oc n the following circuit junctions diagrammed below, which combination of current directions is not possible? The red arrows in each diagram represent the current directions. T ㅜ T O d.

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
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In the following circuit junctions diagrammed below, which combination of current directions is not possible? The red arrows in each diagram represent the current directions.

In the following circuit junctions diagrammed below, which combination of current directions is not possible? The red arrows in each diagram represent the current directions. - **Option a**: Incoming current from the top left and right, with outgoing current downwards. - **Option b**: Incoming current from the left, outgoing current to the right and downwards. - **Option c**: Incoming current from the left and right, with outgoing current downwards. - **Option d**: Incoming current from the bottom, with outgoing current left and right. - **Option e**: Incoming current from the left and downwards, with outgoing current to the right. In each of these diagrams, the arrows indicate the direction in which electric current is flowing at a junction. The task is to determine which configuration is not possible based on the principle of conservation of charge and current flow in circuits.
Transcribed Image Text:In the following circuit junctions diagrammed below, which combination of current directions is not possible? The red arrows in each diagram represent the current directions. - **Option a**: Incoming current from the top left and right, with outgoing current downwards. - **Option b**: Incoming current from the left, outgoing current to the right and downwards. - **Option c**: Incoming current from the left and right, with outgoing current downwards. - **Option d**: Incoming current from the bottom, with outgoing current left and right. - **Option e**: Incoming current from the left and downwards, with outgoing current to the right. In each of these diagrams, the arrows indicate the direction in which electric current is flowing at a junction. The task is to determine which configuration is not possible based on the principle of conservation of charge and current flow in circuits.
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