6 2 15 →y 4 L A cube of edge length L is placed in a non-uniform magnetic field given by 2x2 B = Bo[)j + ) k]. What is the total magnetic flux passing through the surfaces numbered with 1(top), 2(right), 3(left), 4(bottom) of the closed cube surface in terms of given quantities? (B, is a positive constant in the unit of magnetic field). |3D L2 a) B,L? 55 b)B,L? c) 0 d) -B,L? e)B,L 96 -- 3.
6 2 15 →y 4 L A cube of edge length L is placed in a non-uniform magnetic field given by 2x2 B = Bo[)j + ) k]. What is the total magnetic flux passing through the surfaces numbered with 1(top), 2(right), 3(left), 4(bottom) of the closed cube surface in terms of given quantities? (B, is a positive constant in the unit of magnetic field). |3D L2 a) B,L? 55 b)B,L? c) 0 d) -B,L? e)B,L 96 -- 3.
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Question
![1
3
15.
→y
4
2-1
L
A cube of edge length L is placed in a non-uniform magnetic field given by
(2x2
B = Bo[)) + ) k]. What is the total magnetic flux passing through the
surfaces numbered with 1(top), 2(right), 3(left), 4(bottom) of the closed cube
surface in terms of given quantities? (B, is a positive constant in the unit of
magnetic field).
L2
2L
55
a) B,L2
b)를Bol2
c) 0
96
12
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Transcribed Image Text:1
3
15.
→y
4
2-1
L
A cube of edge length L is placed in a non-uniform magnetic field given by
(2x2
B = Bo[)) + ) k]. What is the total magnetic flux passing through the
surfaces numbered with 1(top), 2(right), 3(left), 4(bottom) of the closed cube
surface in terms of given quantities? (B, is a positive constant in the unit of
magnetic field).
L2
2L
55
a) B,L2
b)를Bol2
c) 0
96
12
2.
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