Voltage/ electric field question

AI Thread Summary
In a uniform electric field of 50 N/C directed east, the voltage remains constant in the north-south direction, meaning the voltage at a point 1.0 m directly south of an 80V point is also 80V. However, moving eastward in the field, the voltage would increase due to the field's direction. The electric field strength can be expressed as 50 V/m, indicating a direct relationship between distance and voltage change in that direction. Therefore, the voltage at a point 1.0 m east of the original point would be 80V + 50V/m * 1m = 130V. Understanding the uniform nature of the electric field is crucial for solving such problems.
donjt81
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Consider a uniform electric field of 50 N/C directed toward the east. If the voltage measured relative to ground at a given point in the field is 80V, what is the voltage at a point 1.0 m directly south of that point?

any pointers on how to do this?
 
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Hint: if it's a uniform electric field pointing to the east, does it vary in the north-south direction?

- Warren
 
ohhh ok... so that makes sense. it won't change going N and S.

Ok so is they asked in the test... same question but this time "what is the voltage at a point 1.0 m directly east of the point?"
 
An electric field of 50 N/C can also be expressed as 50 V/m.

- Warren
 
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