Using the equation developed for the y-component of the field: (see image) Construct a graph showing the variation of the magnitude of the field along the y-axis, parallel to the direction of the dipole. Use a charge q= 1.00 nC and a charge separation distance d=10.00 cm. Show clearly the field variation for the following intervals: a) y<-d/2, b)-d/2

College Physics
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ISBN:9781305952300
Author:Raymond A. Serway, Chris Vuille
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Using the equation developed for the y-component of the field: (see image)

Construct a graph showing the variation of the magnitude of the field along the y-axis, parallel to the direction of the dipole.

Use a charge q= 1.00 nC and a charge separation distance d=10.00 cm.

Show clearly the field variation for the following intervals: a) y<-d/2, b)-d/2<y<d/2 and c) d/2<y.

NOTE: You can make your graph in excel, or any other program.

 

d
d
y +
y -
2
312
3/12
E,
Απεο
x² +(y +
2 + (y -
Transcribed Image Text:d d y + y - 2 312 3/12 E, Απεο x² +(y + 2 + (y -
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