A rectangular box (L= 30 cm, w = 28 cm, h= 11 cm) has a net charge Gencl enclosed inside it. The figure below shows three electric fields, each pointing to the left, measured on the surface of the box. E₁ is uniform over the right side of the box, E₂ is uniform over the top, bottom, front, and back sides, and E3 is uniform over the left side. If the magnitudes of the electric fields are E₁ = 550 N/C, E₂ = 900 N/C, and E3 = 1300 N/C, determine the value of gencl. Note that the figure is not to scale. μC E,
A rectangular box (L= 30 cm, w = 28 cm, h= 11 cm) has a net charge Gencl enclosed inside it. The figure below shows three electric fields, each pointing to the left, measured on the surface of the box. E₁ is uniform over the right side of the box, E₂ is uniform over the top, bottom, front, and back sides, and E3 is uniform over the left side. If the magnitudes of the electric fields are E₁ = 550 N/C, E₂ = 900 N/C, and E3 = 1300 N/C, determine the value of gencl. Note that the figure is not to scale. μC E,
Related questions
Question
Transcribed Image Text:A rectangular box (L = 30 cm, w = 28 cm, h = 11 cm) has a net charge gencl enclosed inside it. The figure below shows three electric fields, each pointing to the left, measured on the surface of the box. E₁ is uniform over the right side of the box, E2 is uniform over the top,
bottom, front, and back sides, and E3 is uniform over the left side. If the magnitudes of the electric fields are E₁ = 550 N/C, E₂ = 900 N/C, and E3 = 1300 N/C, determine the value of gencl. Note that the figure is not to scale.
με
Ē₁
L
E
W
h
Expert Solution
This question has been solved!
Explore an expertly crafted, step-by-step solution for a thorough understanding of key concepts.
Step by step
Solved in 3 steps with 3 images
