College Physics
11th Edition
ISBN:9781305952300
Author:Raymond A. Serway, Chris Vuille
Publisher:Raymond A. Serway, Chris Vuille
Chapter1: Units, Trigonometry. And Vectors
Section: Chapter Questions
Problem 1CQ: Estimate the order of magnitude of the length, in meters, of each of the following; (a) a mouse, (b)...
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![**Question**: Which of the following sketches show impossible electrostatic field lines?
**Options**:
- **(A)**: A series of parallel lines with arrows pointing from left to right.
- **(B)**: A series of parallel lines with arrows pointing from right to left.
- **(C)**: Curved lines with arrows pointing outward on the left and inward on the right.
- **(D)**: Lines converging towards the center with arrows pointing inward, creating a pattern of lines radiating out from the center.
- **(E)**: Concentric circles with arrows pointing in a clockwise direction.
_Write your answer as "X,Y"._
**Explanation of Diagrams**:
- **Diagram (A)**: Features uniform parallel lines with the same direction of arrow, suggesting a consistent field direction.
- **Diagram (B)**: Similar to (A) but with arrows pointing in the opposite direction, indicating a reversed field.
- **Diagram (C)**: Displays a pattern where lines emerge from one side and converge on the other.
- **Diagram (D)**: Lines directed towards a common central point, depicting lines radiating inward symmetrically.
- **Diagram (E)**: Illustrates circular lines with arrows showing rotational motion.
In electrostatics, impossible field lines include ones that are closed loops (like in (E)) or lines that converge or diverge at a single point in a manner inconsistent with the behavior of electrostatic fields (like in (D)).](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F8ea503b5-9839-4a05-b482-50f8a035eb54%2F0416061d-0d73-456c-b507-3d8985dc0435%2Fxxi5kx_processed.png&w=3840&q=75)
Transcribed Image Text:**Question**: Which of the following sketches show impossible electrostatic field lines?
**Options**:
- **(A)**: A series of parallel lines with arrows pointing from left to right.
- **(B)**: A series of parallel lines with arrows pointing from right to left.
- **(C)**: Curved lines with arrows pointing outward on the left and inward on the right.
- **(D)**: Lines converging towards the center with arrows pointing inward, creating a pattern of lines radiating out from the center.
- **(E)**: Concentric circles with arrows pointing in a clockwise direction.
_Write your answer as "X,Y"._
**Explanation of Diagrams**:
- **Diagram (A)**: Features uniform parallel lines with the same direction of arrow, suggesting a consistent field direction.
- **Diagram (B)**: Similar to (A) but with arrows pointing in the opposite direction, indicating a reversed field.
- **Diagram (C)**: Displays a pattern where lines emerge from one side and converge on the other.
- **Diagram (D)**: Lines directed towards a common central point, depicting lines radiating inward symmetrically.
- **Diagram (E)**: Illustrates circular lines with arrows showing rotational motion.
In electrostatics, impossible field lines include ones that are closed loops (like in (E)) or lines that converge or diverge at a single point in a manner inconsistent with the behavior of electrostatic fields (like in (D)).
Expert Solution
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Step 1
Electric force lines are some kind of imaginary lines in an electric field. If you leave a positive charge alone in an electric field then that charge will move along that imaginary line. It represents the direction and strength of an electric field.
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