Suppose there are four stationary point charges in space, each with a charge of 0.0067 C. The charges are located at (1, 0, −2), (−3,−8, 9), (-8, 0, -1), and (-8,-9, -3). Let E denote the electrostatic field generated by these point charges. Let S be the outward-oriented surface of the sphere x² + y² + z² ¹ff₁₁ Express your answer in scientific notation, rounded to three decimal places. Provide your answer below: ff E· ds = × 10 F/m X = 25. Find E. ds.

Advanced Engineering Mathematics
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ISBN:9780470458365
Author:Erwin Kreyszig
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Chapter2: Second-order Linear Odes
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Suppose there are four stationary point charges in space, each with a charge of 0.0067 C. The charges are located at
(1, 0, −2), (−3,−8, 9), (-8, 0, -1), and (-8,-9, -3). Let E denote the electrostatic field generated by these point
charges. Let S be the outward-oriented surface of the sphere x² + y² + z²
¹ff₁₁
Express your answer in scientific notation, rounded to three decimal places.
Provide your answer below:
ff E· ds = × 10 F/m
X
=
25. Find
E. ds.
Transcribed Image Text:Suppose there are four stationary point charges in space, each with a charge of 0.0067 C. The charges are located at (1, 0, −2), (−3,−8, 9), (-8, 0, -1), and (-8,-9, -3). Let E denote the electrostatic field generated by these point charges. Let S be the outward-oriented surface of the sphere x² + y² + z² ¹ff₁₁ Express your answer in scientific notation, rounded to three decimal places. Provide your answer below: ff E· ds = × 10 F/m X = 25. Find E. ds.
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