Given the electric field: E = (+2y) a₂ + 2xy = ax m Find the work done in moving a 3C point charge from the origin to the point P(-2,1,3) via the following paths: a. From (0,0,0) to (-2,0,0) to (-2,0,3) to (-2,1,3) Direct path b.
Given the electric field: E = (+2y) a₂ + 2xy = ax m Find the work done in moving a 3C point charge from the origin to the point P(-2,1,3) via the following paths: a. From (0,0,0) to (-2,0,0) to (-2,0,3) to (-2,1,3) Direct path b.
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![Given the electric field:
Find the work done in moving a 3C point charge from the origin to the
point P(-2,1,3) via the following paths:
From (0,0,0) to (-2,0,0) to (-2,0,3) to (-2,1,3)
Direct path
a.
V
E = (²+2y) ax + 2xa, —
m
b.](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F838a6bec-e58e-464d-814c-cee0b8e97efd%2F242b66c3-86b2-4abf-9224-fcfeab78a0b1%2Fwyga6ll_processed.png&w=3840&q=75)
Transcribed Image Text:Given the electric field:
Find the work done in moving a 3C point charge from the origin to the
point P(-2,1,3) via the following paths:
From (0,0,0) to (-2,0,0) to (-2,0,3) to (-2,1,3)
Direct path
a.
V
E = (²+2y) ax + 2xa, —
m
b.
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