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Three point charge q1,q2 and q3 are shown in figure (This figure is not drawn to scale). Does it form a dipole? If it does then find the dipole moment. Use the following data: Value of q1=25nC and coordinate is (27,−31), Value of q2=25nC and coordinate is (40,−34), Value of q3=−50nC and coordinate is (−60,25). These coordinates are given in nano meters and 1nC means 1.0 nano coulomb charge. a) The dipole moment of the given system x component of the dipole moment y component of the dipole moment

Three point charge q1,q2 and q3 are shown in figure (This figure is not drawn to scale). Does it form a dipole? If it does then find the dipole moment. Use the following data: Value of q1=25nC and coordinate is (27,−31), Value of q2=25nC and coordinate is (40,−34), Value of q3=−50nC and coordinate is (−60,25). These coordinates are given in nano meters and 1nC means 1.0 nano coulomb charge. a) The dipole moment of the given system x component of the dipole moment y component of the dipole moment

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Use the following constants if necessary. Coulomb constant, k=8.987×10^9N⋅m2/C2. Vacuum permittivity, ϵ0=8.854×10^−12F/m. Magnitude of the Charge of one electron, e=−1.60217662×10^−19C. Mass of one electron, me=9.10938356×10^−31kg. Unless specified otherwise, each symbol carries their usual meaning. For example, μC means microcoulomb .

Step 1 

Three point charge q1,q2 and q3 are shown in figure (This figure is not drawn to scale). Does it form a dipole? If it does then find the dipole moment. Use the following data: Value of q1=25nC and coordinate is (27,−31), Value of q2=25nC and coordinate is (40,−34), Value of q3=−50nC and coordinate is (−60,25). These coordinates are given in nano meters and 1nC means 1.0 nano coulomb charge.

a) The dipole moment of the given system

x component of the dipole moment
y component of the dipole moment

Now consider three infinite sheets A,B and C as shown in figure 2. These sheets lie on the xz plane and separates four different regions. Charge density of the sheets are σA=−σB=σC=66μC/m^2.

b) Find the electric field in unit vector notation in region II

x component of the electric field
y component of the electric field
c) Magnitude of the torque if the dipole from step 1 is placed in region II
Magnitude of the torque
d) Find the electric field in unit vector notation in region III
x component of the electric field
y component of the electric field

e) Find the torque in unit vector notation if the dipole from step 1 is placed in region III

x component of the torque

Give your answer to at least three significance digits.

 
y component of the torque

Give your answer to at least three significance digits.

 
z component of the torque

***The figures attached as image.

 
AutoSave Document1 - Word O Search (Alt+Q) Sajjad Choudhury ff SC File Home Insert Draw Design Layout References Mailings Review View Help Acrobat O Comments A Share X Cut A A Aa v A EE O Find Segoe UI v 16 Heading 1 Title LA Copy Normal No Spacing Heading 2 Subtitle Replace Paste B IU V ab x, x A A Create and Share Request Dictate Editor Format Painter A Select v Adobe PDF Signatures Undo Clipboard Font Paragraph Styles Editing Adobe Acrobat Voice Editor Figure 01 -> 92 2, Figure 02 tegion I sheet A region It sheet B region 111 sheet c region IV 24°C 8:47 PM S qb ENG Haze 2/22/2022 17 !!! lili 17
Transcribed Image Text:AutoSave Document1 - Word O Search (Alt+Q) Sajjad Choudhury ff SC File Home Insert Draw Design Layout References Mailings Review View Help Acrobat O Comments A Share X Cut A A Aa v A EE O Find Segoe UI v 16 Heading 1 Title LA Copy Normal No Spacing Heading 2 Subtitle Replace Paste B IU V ab x, x A A Create and Share Request Dictate Editor Format Painter A Select v Adobe PDF Signatures Undo Clipboard Font Paragraph Styles Editing Adobe Acrobat Voice Editor Figure 01 -> 92 2, Figure 02 tegion I sheet A region It sheet B region 111 sheet c region IV 24°C 8:47 PM S qb ENG Haze 2/22/2022 17 !!! lili 17
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