a. Give the direction and magnitude of the electric field at P₁. Direction of Eat P₁ is degrees relative to the horizontal (use the "+" or "-" sign to indicate "above" or "below"; assume A > 0), and the magnitude is E = (give your answer in terms of X, a, ke, and/or 80; use underscore ("_") for subscripts and spell out Greek letters). b. Give the direction and magnitude of the electric field at P₂. Direction of Eat P₂ is magnitude is E degrees relative to the horizontal, and the
a. Give the direction and magnitude of the electric field at P₁. Direction of Eat P₁ is degrees relative to the horizontal (use the "+" or "-" sign to indicate "above" or "below"; assume A > 0), and the magnitude is E = (give your answer in terms of X, a, ke, and/or 80; use underscore ("_") for subscripts and spell out Greek letters). b. Give the direction and magnitude of the electric field at P₂. Direction of Eat P₂ is magnitude is E degrees relative to the horizontal, and the
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Transcribed Image Text:Two infinite rods, each carrying a uniform charge density A, are parallel to one another and
perpendicular to the plane of the page, as shown below.
P₁
a
+
a
P2
+
Transcribed Image Text:a. Give the direction and magnitude of the electric field at P₁.
Direction of Eat P₁ is
degrees relative to the horizontal (use the
or "-" sign to indicate "above" or "below"; assume A > 0), and the magnitude is E =
(give your answer in terms of X, a, ke, and/or Eq; use
underscore ("_") for subscripts and spell out Greek letters).
b. Give the direction and magnitude of the electric field at P₂.
Direction of Eat P₂ is
magnitude is E
degrees relative to the horizontal, and the
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