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10 June, 01:06

Find the electric flux (in N m2/c) through a rectangular area 5.0 cm x 4.0 cm between two charged parallel plates where there is a constant electric field of 27 N/C for the following orientations of the area. (Enter the magnitudes.) (a) parallel to the plates N m2/c N m2/c N m2/c (b) perpendicular to the plates (c) the normal to the area making a 30 angle with the direction of the electric field; note that this angle can also be given as 180 30

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  1. 10 June, 01:44
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    a) 0.054 N m²/C

    b) 0

    c) 0.0467 N m²/C

    Explanation:

    a) Electric flux = Φ = E A cos θ

    E = Electric field = 27 N/C

    Area = A = 0.05*0.04 = 0.002 m²

    Angle = θ = 0, since they are parallel.

    Φ = Electric flux = (27) (0.002) (cos 0) = 0.054 N m²/C

    b) When θ = 90°, perpendicular

    Ф = Electric flux = (27) (0.002) (cos 90) = 0

    c) θ = 30 degrees,

    Φ = Electric flux = (27) (0.002) (cos 30) = 0.0467 N m²/C
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