Answer each of the following conceptual questions in one or a few complete sentences. It's sufficient to explain the 'main idea' and not all of the small details. (a) Why do circuit elements in series have the same current? (b) Why do circuit elements in parallel have the same voltage/potential difference? (c) forces, and sometimes from electric forces. How can you decide which one exerts the force in a given situation? The induced emf E calculated from the flux rule sometimes comes from magnetic (d) currents are anywhere nearby to create the fields. Briefly explain how electromagnetic waves can exist even when no net charges or
Answer each of the following conceptual questions in one or a few complete sentences. It's sufficient to explain the 'main idea' and not all of the small details. (a) Why do circuit elements in series have the same current? (b) Why do circuit elements in parallel have the same voltage/potential difference? (c) forces, and sometimes from electric forces. How can you decide which one exerts the force in a given situation? The induced emf E calculated from the flux rule sometimes comes from magnetic (d) currents are anywhere nearby to create the fields. Briefly explain how electromagnetic waves can exist even when no net charges or
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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Transcribed Image Text:Answer each of the following conceptual questions in one or a few complete sentences. It's sufficient
to explain the 'main idea' and not all of the small details.
(a)
Why do circuit elements in series have the same current?
(b)
Why do circuit elements in parallel have the same voltage/potential difference?
(c)
forces, and sometimes from electric forces. How can you decide which one exerts the force in
a given situation?
The induced emf E calculated from the flux rule sometimes comes from magnetic
(d)
currents are anywhere nearby to create the fields.
Briefly explain how electromagnetic waves can exist even when no net charges or
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