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Each vector field shown represents the force on a particle at different points in the plane as a result of another particle at the origin. Match each vector field with its description. 1. An attractive force whose magnitude increases as distance increases. ? v 2. An attractive force whose magnitude decreases as distance increases. 2 v 3. A repulsive force whose magnitude increases as distance increases. A B ? v 4. A repulsive force whose magnitude decreases as distance increases.

Each vector field shown represents the force on a particle at different points in the plane as a result of another particle at the origin. Match each vector field with its description. 1. An attractive force whose magnitude increases as distance increases. ? v 2. An attractive force whose magnitude decreases as distance increases. 2 v 3. A repulsive force whose magnitude increases as distance increases. A B ? v 4. A repulsive force whose magnitude decreases as distance increases.

Advanced Engineering Mathematics
Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
Section: Chapter Questions
Problem 1RQ
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Each vector field shown represents the force on a particle at different points in the plane as a result of another particle at the origin. Match each vector field with its description. v 1. An attractive force whose magnitude increases as distance increases. v 2. An attractive force whose magnitude decreases as distance increases. 2 v 3. A repulsive force whose magnitude increases as distance increases. A B v 4. A repulsive force whose magnitude decreases as distance increases. D
Transcribed Image Text:Each vector field shown represents the force on a particle at different points in the plane as a result of another particle at the origin. Match each vector field with its description. v 1. An attractive force whose magnitude increases as distance increases. v 2. An attractive force whose magnitude decreases as distance increases. 2 v 3. A repulsive force whose magnitude increases as distance increases. A B v 4. A repulsive force whose magnitude decreases as distance increases. D
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