A path between A and B has been divided into 9 steps (labeled a-i), each with length |dr| a) List the components of dr for each line increment along the path. b) Calculate E · dr for each step c) Calculate SE dr along this path (approximate the integral as a 9-component sum)
A path between A and B has been divided into 9 steps (labeled a-i), each with length |dr| a) List the components of dr for each line increment along the path. b) Calculate E · dr for each step c) Calculate SE dr along this path (approximate the integral as a 9-component sum)
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Question
In the pictured region of space, the electric field is equal to 200 j N/C (oriented in the y-axis
direction). The spacing between the grid lines is 1.0 cm. The goal of the problem is to calculate
the potential difference between points A and B, by doing a path integral by hand. This will
hopefully give you a sense of what you’re actually doing when calculating a path integral.
Transcribed Image Text:y
d
elf
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Transcribed Image Text:A path between A and B has been divided into 9 steps (labeled a-i), each with length |dr|
a) List the components of dr for each line increment along the path.
b) Calculate Ē · dr for each step
c) Calculate SE · dr along this path (approximate the integral as a 9-component sum)
d) Calculate the potential difference: AV = VB-VA
e) Calculate SĒ · dr and AV along a path going directly from A to B. Is your result the same (or
close to the same) or fairly different from the curved path?
f) Calculate JE · dr and AV along a path going directly from A to C. Is your result the same or
different from part e)? Why is this so?
Expert Solution
Step 1
Given data:
Electric feild E = 200 j N/C
As per bartleby's guidelines,I solve 1st 3 subparts of question.please re-upload question with remaining subpart.hope you understand.thank you.
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