Each of the surfaces listed below is a flat plate with area vector that lies in
ID: 1690837 • Letter: E
Question
Each of the surfaces listed below is a flat plate with area vector that lies in a region of uniform electric field . Rank the surfaces in order of the electric flux through them, from most positive to most negative.Surface 1: A = (5 m^2)i - (4m^2)j E = (3 N/C)i + (4 N/C)j Surface 2: A = (5 m^2)i - (4m^2)j E = (3 N/C)i - (4 N/C)j Surface 3: A = (5 m^2)i E = (3 N/C)j + (4 N/C)k Surface 4: A = (5 m^2)i - (4m^2)j E = (3 N/C)j - (4 N/C)k Surface 5: A = (5 m^2)i E = (3 N/C)i + (4 N/C)j Thanks for any help!!! Surface 1: A = (5 m^2)i - (4m^2)j E = (3 N/C)i + (4 N/C)j Surface 2: A = (5 m^2)i - (4m^2)j E = (3 N/C)i - (4 N/C)j Surface 3: A = (5 m^2)i E = (3 N/C)j + (4 N/C)k Surface 4: A = (5 m^2)i - (4m^2)j E = (3 N/C)j - (4 N/C)k Surface 5: A = (5 m^2)i E = (3 N/C)i + (4 N/C)j Thanks for any help!!!
Explanation / Answer
Flux f = E.A Surface 1: Flux f1 = (3 N/C)i + (4 N/C)j . (5 m^2)i - (4m^2)j = 15 - 16 = -1 Nm^2/C (RANK 4) Surface 2 : Flux f2 = (3 N/C)i - (4 N/C)j . (5 m^2)i - (4m^2)j = 15 + 16 = 31 Nm^2/C (RANK 1) Surface 3: Flux f3 = (3 N/C)j + (4 N/C)k . (5 m^2)i = 0 (RANK 3) Surface 4: Flux f4 = (3 N/C)j - (4 N/C)k . (5 m^2)i - (4m^2)j = - 12 Nm^2/C (RANK 5) Surface 5: Flux f5 = (3 N/C)i + (4 N/C)j . (5 m^2)i = 15 Nm^2/C (RANK 2) RANK 1 : surface 2 = 15 + 16 = 31 Nm^2/C (RANK 1) Surface 3: Flux f3 = (3 N/C)j + (4 N/C)k . (5 m^2)i = 0 (RANK 3) Surface 4: Flux f4 = (3 N/C)j - (4 N/C)k . (5 m^2)i - (4m^2)j = - 12 Nm^2/C (RANK 5) Surface 5: Flux f5 = (3 N/C)i + (4 N/C)j . (5 m^2)i = 15 Nm^2/C (RANK 2) RANK 1 : surface 2 = 0 (RANK 3) Surface 4: Flux f4 = (3 N/C)j - (4 N/C)k . (5 m^2)i - (4m^2)j = - 12 Nm^2/C (RANK 5) Surface 5: Flux f5 = (3 N/C)i + (4 N/C)j . (5 m^2)i = 15 Nm^2/C (RANK 2) RANK 1 : surface 2 = - 12 Nm^2/C (RANK 5) Surface 5: Flux f5 = (3 N/C)i + (4 N/C)j . (5 m^2)i = 15 Nm^2/C (RANK 2) RANK 1 : surface 2 RANK 2 : surface 5 RANK 3 : surface 3 RANK 4 : surface 1 RANK 5 : surface 4Related Questions
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