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1. The "relaxation time" of a material is: O The time taken by a charge placed in its interior to decrease by a factor of=37% br The time taken by a charge to move to the center of the material The time taken by a charge to move from surface to the interior by a factor of 37% d The time taken by a charge placed in its interior to increase by a factor of The "principle of charge conservation": a. Is the basis of Kirchoff's current law b. Is stated in the continuity equation c. States that the current density is divergenceless if the charge density is independent of time All of the above 37%. 2. One of the following equations is NOT Maxwell's equation, which one? 3. b. VxB = 0 C. VJ = -dp/dt d. Integral (B.dl) = µl 4. The concept of “electromotive force" was a maior contribution attributed to: a. Faraday b. Maxwell c. Ampere d. Lorentz

1. The "relaxation time" of a material is: O The time taken by a charge placed in its interior to decrease by a factor of=37% br The time taken by a charge to move to the center of the material The time taken by a charge to move from surface to the interior by a factor of 37% d The time taken by a charge placed in its interior to increase by a factor of The "principle of charge conservation": a. Is the basis of Kirchoff's current law b. Is stated in the continuity equation c. States that the current density is divergenceless if the charge density is independent of time All of the above 37%. 2. One of the following equations is NOT Maxwell's equation, which one? 3. b. VxB = 0 C. VJ = -dp/dt d. Integral (B.dl) = µl 4. The concept of “electromotive force" was a maior contribution attributed to: a. Faraday b. Maxwell c. Ampere d. Lorentz

Introductory Circuit Analysis (13th Edition)
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
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1. The "relaxation time" of a material is: O The time taken by a charge placed in its interior to decrease by a factor of=37% br The time taken by a charge to move to the center of the material The time taken by a charge to move from surface to the interior by a factor of 37% d The time taken by a charge placed in its interior to increase by a factor of The "principle of charge conservation": a. Is the basis of Kirchoff's current law b. Is stated in the continuity equation c. States that the current density is divergenceless if the charge density is independent of time All of the above 37%. 2. One of the following equations is NOT Maxwell's equation, which one? 3. b. VxB = 0 C. VJ = -dp/dt d. Integral (B.dl) = µl 4. The concept of “electromotive force" was a maior contribution attributed to: a. Faraday b. Maxwell c. Ampere d. Lorentz
Transcribed Image Text:1. The "relaxation time" of a material is: O The time taken by a charge placed in its interior to decrease by a factor of=37% br The time taken by a charge to move to the center of the material The time taken by a charge to move from surface to the interior by a factor of 37% d The time taken by a charge placed in its interior to increase by a factor of The "principle of charge conservation": a. Is the basis of Kirchoff's current law b. Is stated in the continuity equation c. States that the current density is divergenceless if the charge density is independent of time All of the above 37%. 2. One of the following equations is NOT Maxwell's equation, which one? 3. b. VxB = 0 C. VJ = -dp/dt d. Integral (B.dl) = µl 4. The concept of “electromotive force" was a maior contribution attributed to: a. Faraday b. Maxwell c. Ampere d. Lorentz
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