[ Electric field and flux 2. A positive charge is located at the center of a cube.sg laups soul oini bebin) Are the intersections of the field lines with a side of the box uniformly distributed across that side? Explain.bobobson 018 210100 B od dorsola A a. b. We can consider the left side of the box as composed of many small surface elements of equal area. Is the number of field lines through surface element A greater than, less than, or equal to MARISHMI 190. i. de tine 2012 oc sur and sostre sal oda the number of field lines through surface element B? Explain. kun odal svoda brids got od tigr C. ng] ii. Is the flux through surface element A greater than, less than, or equal to the flux through surface B? Explain. Consider the surface element A itself as composed of many even smaller pieces. Would the number of field lines through each of those new small surface elements vary much from one to another? Explain. dr to dose damond o pole on sill not nolassiqxs na athWa bis pinbels et bas motov 18 101 ancieesixe oliw tail of inhout ni Describe how the field lines for the positive point charge appear to be distributed when the region over which you look becomes sufficiently small.
[ Electric field and flux 2. A positive charge is located at the center of a cube.sg laups soul oini bebin) Are the intersections of the field lines with a side of the box uniformly distributed across that side? Explain.bobobson 018 210100 B od dorsola A a. b. We can consider the left side of the box as composed of many small surface elements of equal area. Is the number of field lines through surface element A greater than, less than, or equal to MARISHMI 190. i. de tine 2012 oc sur and sostre sal oda the number of field lines through surface element B? Explain. kun odal svoda brids got od tigr C. ng] ii. Is the flux through surface element A greater than, less than, or equal to the flux through surface B? Explain. Consider the surface element A itself as composed of many even smaller pieces. Would the number of field lines through each of those new small surface elements vary much from one to another? Explain. dr to dose damond o pole on sill not nolassiqxs na athWa bis pinbels et bas motov 18 101 ancieesixe oliw tail of inhout ni Describe how the field lines for the positive point charge appear to be distributed when the region over which you look becomes sufficiently small.
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2. A positive charge is located at the center of a cube.eq leups sendi otni bebloeg to
Are the intersections of the field lines with a side of the box
uniformly distributed across that side? Explain. ob o bobaan 918 210130 OVIM WOH
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Electric field and flux
a.
b. We can consider the left side of the box as composed of many small surface elements of
equal area.
i.
Is the number of field lines through surface element A greater than, less than, or equal to
VETERINDE
and sostie sa
the number of field lines through surface element B? Explain.
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ii. Is the flux through surface element A greater than, less than, or equal to the flux through
surface element B? Explain.
c. Consider the surface element A itself as composed of many even smaller pieces. Would the
number of field lines through each of those new small surface elements vary much from one
to another? Explain.
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beuol zull
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polo ran od 107 noiassiqxs na sthW s
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Describe how the field lines for the positive point charge appear to be distributed when the
region over which you look becomes sufficiently small.
d. Consider the left side of the box as consisting of N small pieces. Let dÃ, represent the area of
the ih small surface element on the left side of the box, and let E, represent the electric field
on that surface element.
Write an expression for the net electric flux Pet through the left side of the box in terms of
dA, and E₁.
Tutorials in Introductory Physics
McDermott, Shaffer, and the P.E.G., U. Wash.
oborin! Pearson
2015
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