a) A point charge has q=1.0×10° coul. Consider point A 2.0 meters distant and point B 1.0 meter distant from the charge. i) If point A is on east side of the charge and point B on west side of the charge, what is the potential difference V-VB? Draw a diagram of the arrangement. i) If point A is on east side of the charge and point B on north side of the charge, what is the potential difference V-VB? Draw a diagram of the arrangement.

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(a) A point charge has q=1.0×10° coul. Consider point A 2.0 meters distant and
point B 1.0 meter distant from the charge.
1) If point A is on east side of the charge and point B on west side of the
charge, what is the potential difference V-VB? Draw a diagram of the
arrangement.
1) If point A is on east side of the charge and point B on north side of the
charge, what is the potential difference V-VB? Draw a diagram of the
arrangement.
(a) Find the potential, due to an clectric dipole, at a point P which is a distance r
from the centre C of the dipole and the line CP makes an angle of ø with the
dipole-axis. Assume r >» 2a. What if o-90°?
(b) Ilow are E and 'related? Draw a graph of E-vs-r and a graph of V-vs-r for an
insulated conductor of radius R with total charge Q.
Transcribed Image Text:Deep High-Resoluti can Articial. 1/2 150% (a) A point charge has q=1.0×10° coul. Consider point A 2.0 meters distant and point B 1.0 meter distant from the charge. 1) If point A is on east side of the charge and point B on west side of the charge, what is the potential difference V-VB? Draw a diagram of the arrangement. 1) If point A is on east side of the charge and point B on north side of the charge, what is the potential difference V-VB? Draw a diagram of the arrangement. (a) Find the potential, due to an clectric dipole, at a point P which is a distance r from the centre C of the dipole and the line CP makes an angle of ø with the dipole-axis. Assume r >» 2a. What if o-90°? (b) Ilow are E and 'related? Draw a graph of E-vs-r and a graph of V-vs-r for an insulated conductor of radius R with total charge Q.
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