Which of these are FALSE: 1. The reason why both conventional current and electric flow are acceptable in terms of determining the path of the current is because of regardless of which the current is moving, its value is still the same. 2. At high temperature, the atoms of conductors vibrate rapidly thus resulting to a greater resistance. 3. Resistance is compared to friction in terms of movement. 4. Adding electric current is independent to its orientation 5. In gold, glass, silver, and rubber. Glass has the least resistance 6. Resistance does not need in determining current density of a conductor 7. All materials have the same electric resistance
Which of these are FALSE: 1. The reason why both conventional current and electric flow are acceptable in terms of determining the path of the current is because of regardless of which the current is moving, its value is still the same. 2. At high temperature, the atoms of conductors vibrate rapidly thus resulting to a greater resistance. 3. Resistance is compared to friction in terms of movement. 4. Adding electric current is independent to its orientation 5. In gold, glass, silver, and rubber. Glass has the least resistance 6. Resistance does not need in determining current density of a conductor 7. All materials have the same electric resistance
College Physics
10th Edition
ISBN:9781285737027
Author:Raymond A. Serway, Chris Vuille
Publisher:Raymond A. Serway, Chris Vuille
Chapter17: Current And Resistance
Section: Chapter Questions
Problem 22P: The human body can exhibit a wide range of resistances to current depending on the path of the...
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Which of these are FALSE:
1. The reason why both conventional current and electric flow are acceptable in terms of determining the path of the current is because of regardless of which the current is moving, its value is still the same.
2. At high temperature, the atoms of conductors vibrate rapidly thus resulting to a greater resistance.
3. Resistance is compared to friction in terms of movement.
4. Adding
5. In gold, glass, silver, and rubber. Glass has the least resistance
6. Resistance does not need in determining current density of a conductor
7. All materials have the same electric resistance
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